# Zedblox

Smart Carrier Box

- Site: https://www.zedblox.com/

## Zedblox receives top 5 best startups award at BioAsia 2024

- Link: https://www.zedblox.com/zedblox-receives-top-5-best-startups-award-at-bioasia-2024/
- Published: 2024-04-04T12:32:20+05:30
- Author: user

![](http://20.64.86.45/wp-content/uploads/2024/04/MicrosoftTeams-image-300x225.jpg)

We are thrilled to announce that our pioneering efforts in last-mile cold chain 
solutions have been recognized with the “Top 5 Best Startups” award at BioAsia 2024.
This prestigious accolade highlights our commitment to innovation and excellence
in healthcare logistics, particularly in the critical area of temperature-controlled
transportation.

**Innovative Last-Mile Cold Chain Solutions**

Our cutting-edge temperature-controlled smart carriers have redefined the last-mile
cold chain, addressing the challenges of maintaining precise temperature conditions
during transportation. By harnessing advanced technology and thermal management 
systems, we ensure the integrity of temperature-sensitive medical supplies, such
as vaccines and biologics, until they reach their final destination.

**Recognition at BioAsia 2024**

The “Top 5 Best Startups” award at BioAsia 2024 is a testament to our innovative
approach and potential to transform the healthcare logistics landscape. We are honored
to be recognized among our peers for our dedication to excellence and our commitment
to improving patient care through superior cold chain management.

We are proud to share that Mr. Rao Korupolu, our Co-Founder & CEO, had the distinct
privilege of receiving the award from the esteemed Governor of Telangana, underscoring
the significance of our contributions to healthcare innovation and logistics.

**Empowering Healthcare Delivery**

Our temperature-controlled smart carriers empower healthcare providers to deliver
life-saving treatments and vaccines with confidence and efficiency. By ensuring 
the safe transportation of temperature-sensitive medical supplies during the last
mile, we play a vital role in enhancing healthcare delivery, particularly in remote
and under served areas where maintaining cold chain integrity is crucial.

**Continued Innovation and Impact**

As we celebrate this significant achievement, we remain dedicated to advancing the
frontiers of healthcare logistics through innovation and collaboration. Our focus
on continuous improvement and customer-centric solutions drives our mission to improve
access to quality healthcare for all.

## Zedblox Actipod At Ayodhya Ram Mandir Portable Hospital

- Link: https://www.zedblox.com/zedblox-actipod/
- Published: 2024-02-13T13:44:16+05:30
- Author: user

[http://20.64.86.45/wp-content/uploads/2024/02/OCVideo.728041880.158054.mp4](http://20.64.86.45/wp-content/uploads/2024/02/OCVideo.728041880.158054.mp4)

**Ayodhya, India – January 20, 2024**

In the midst of the Ayodhya Ram Mandir inaugural festivities,our pioneering temperature-
controlled smart carrier emerged as a beacon of innovation, securing a pivotal role
in the deployment of ‘Make In India’ portable hospitals under the Bhishm Project.
CNN-News18 recently spotlighted our groundbreaking device, emphasizing its critical
significance in ensuring the integrity and safety of medical supplies within these
portable healthcare facilities.

**Empowering ‘Make In India’ Portable Hospitals**

As part of the esteemed ‘Make In India’ initiative, our temperature-controlled smart
carrier played an indispensable role in fortifying the deployment of portable hospitals
under the Bhishm Project, strategically positioned at the Ayodhya Ram Mandir inauguration
site. Engineered with cutting-edge temperature monitoring capabilities, real-time
GPS tracking, and instant mobile alert functionalities, our device stood as a steadfast
guardian, ensuring that vaccines and other temperature-sensitive medical provisions
remained impeccably preserved throughout their journey.

**CNN-News18 Recognition**

The commendation by CNN-News18 underscores the instrumental role played by our technology
in bolstering the ‘Make In India’ healthcare infrastructure and reinforcing the 
nation’s commitment to indigenous innovation. Being featured on such a prestigious
platform not only validates the efficacy and reliability of our product but also
amplifies our dedication to fostering advancements in healthcare logistics through
homegrown solutions

## Enhancing Wildlife Health Management through Molecular Analysis and Microbiota Profiling

- Link: https://www.zedblox.com/enhancing-wildlife-health-management-through-molecular-analysis-and-microbiota-profiling/
- Published: 2023-09-12T13:54:15+05:30
- Author: user

Wildlife conservation and health management have taken a significant leap forward
with research focusing on DNA/RNA molecular stages and gut microbiota analysis. 
This case study delves into the innovative approach taken by researchers, showcased
through collaboration between a renowned research institution LACONES and technology-
driven solutions like ZedBlox ActiPod.

### **Objectives:**

**Early Disease Detection:
 
 Employ molecular testing to detect the sequence of
diseases even before symptoms manifest, allowing for proactive interventions.

**Microbiota Profiling:**
 Understand the complex ecosystem of gut microbiota, identifying
beneficial and harmful microorganisms for improved health management.

**Data Collaboration:** Establish a collaborative network with zoos and rescue centers
for data collection, sharing insights for effective wildlife health management.

### Implementation:

![](http://20.64.86.45/wp-content/uploads/2023/09/Screenshot-2023-09-12-at-1.51.09-
PM-136x300.png)

**Logistics:**
 A key challenge in conducting this study was to ensure pristineness
of the samples to prevent contamination from foreign microorganisms, uncontrolled
growth and/or damage due to environmental factors while transporting them from the
point of collection to the research lab which is a few hours travel distance away.

Conventional passive cold boxes are susceptible to temperature variations while 
maintaining sub-zero temperatures required to arrest the growth of the microorganisms.
We chose to employ ZedBlox ActiPod which is an innovative cold box that uses battery
power to maintain sub-zero temperatures consistently. This transformative technology
also offers real-time monitoring of temperature during transportation ensuring the
sanctity and confidence of the samples for the research study.

**DNA/RNA Molecular Analysis:**
 Researchers extract fecal samples to get DNA/RNA
samples from diverse wildlife species, focusing on those with limited communication
capabilities such as tigers, leopards, and wolves. Molecular testing techniques 
enabled the detection of disease sequences before clinical symptoms emerged.

**Gut Microbiota Profiling:
 
Fecal samples are collected within a 15-minute window
after defecation to obtain a comprehensive history of gut microorganisms. Advanced
analysis revealed insights into the interplay of microorganisms, aiding in identifying
health trends and imbalances.

**Collaborative Data Collection:**
 The research engaged with over 18 zoos and rescue
centers across India, creating a robust database. Careful observation and data collection
allowed for informed conclusions about animal health based on interventions and 
care practices.

### **Results:**

![](http://20.64.86.45/wp-content/uploads/2023/09/Screenshot-2023-09-12-at-1.52.21-
PM-162x300.png)

**Early Disease Detection:**
 By identifying disease sequences in advance, timely
interventions were made, significantly enhancing animal well-being. This proactive
approach proved crucial in disease prevention and management.

**Microbiota Insights:**
 Profound insights into gut microbiota aided in understanding
animal health at a holistic level. Identification of beneficial and harmful microorganisms
facilitated tailored interventions and dietary adjustments.

**Collaborative Impact:** The collaborative network established with zoos and rescue
centers fostered knowledge sharing. Effective care practices were propagated, leading
to improved animal health across various institutions.

 

 

### Conclusion:

The case study showcases the transformative potential of molecular analysis and 
microbiota profiling in wildlife health management. The proactive approach to disease
detection and the deep understanding of gut microbiota dynamics contribute to a 
paradigm shift in caring for animals in captivity. Collaborative efforts among institutions
amplify the impact, ensuring a healthier future for diverse wildlife species in 
zoos and rescue centers. The fusion of technology, research, and collaboration serves
wildlife conservation and improved health management practices.

## The Essential Solution for Safe Vaccine Storage

- Link: https://www.zedblox.com/the-essential-solution-for-safe-vaccine-storage/
- Published: 2023-08-05T11:31:55+05:30
- Author: ZedBlox Team

When it comes to vaccines, even a short period of time without power can lead to
the spoiling of potentially life-saving doses. That’s why having a vaccine carrier
on hand is essential for any medical facility that vaccinates patients!

A [vaccine carrier](http://20.64.86.45/products-actipod/) is a temperature-controlled
box that can keep vaccines at the proper temperature for up to 72 hours, preventing
them from spoiling and becoming unusable.

While vaccine carriers are not foolproof (nothing is when it comes to vaccines),
they are a critical tool in the fight against vaccine-preventable diseases. When
used properly, they can help ensure that precious doses of life-saving vaccines 
are not wasted due to spoilage.

## Here’s a quick outline of vaccine carrier boxes

Vaccine carrier boxes, also known as cold boxes, are insulated containers that help
to maintain the optimum temperature of vaccines during transportation and storage.
These boxes come in different sizes and designs, depending on the specific needs
of the vaccines.

There are two types of vaccine carrier boxes – passive and active. Passive boxes
are designed to keep vaccines between 2°C to 8°C without using any external power
source. They work by using insulation material like foam or vacuum panels to regulate
the temperature. On the other hand, active boxes use electricity or a battery to
regulate temperature control. Choosing the right vaccine carrier box is critical,
as it ensures the safety and efficacy of the vaccines.

Factors like the type of vaccine, cold chain requirements, and budget need to be
considered before making the final decision. A vaccine carrier box may seem like
a simple piece of equipment, but its importance in vaccine storage and transportation
cannot be overstated. It plays a crucial role in the efficient delivery of vaccines,
ultimately leading to the prevention of diseases.

## How the vaccine carrier box can prevent costly vaccine spoilage and waste?

The vaccine carrier box is an essential tool in the fight against vaccine spoilage
and waste. By providing a controlled environment for vaccines, the carrier box helps
to keep them at a consistent temperature and humidity level, ensuring that they 
remain potent and effective.

In addition, the box prevents exposure to light and air, which can degrade the quality
of vaccines. By keeping vaccines safe and sound, the carrier box helps to ensure
that they are available to those who need them most. Here is its role in saving 
the vaccines from any adverse situation and minimizing the risks and spoilage!

 * 
   ### Temperature Control
   

The carrier box is designed to maintain a specific temperature range necessary for
preserving the efficacy of vaccines. It is equipped with insulation and temperature
regulation mechanisms to ensure that vaccines are stored within the recommended 
temperature limits. This prevents spoilage due to temperature fluctuations that 
can render vaccines ineffective.

 * 
   ### Thermal Stability
   

Vaccine carrier boxes are built to provide thermal stability, even in challenging
environments. They are designed to withstand extreme temperatures, whether it’s 
hot or cold, to safeguard the integrity of the vaccines during transportation and
storage.

 * 
   ### Proper Organization
   

Vaccine carriers are structured with compartments and partitions to organize and
separate different vaccine vials. This helps prevent damage and breakage during 
transit, reducing the risk of contamination or loss of vaccines.

 * 
   ### Durability and Protection
   

Vaccine carriers are constructed with durable materials that offer protection against
physical impacts and external factors. This prevents accidental damage to the vaccines
and ensures their safe delivery to the intended destination.

 * 
   ### Monitoring and Alarms
   

Advanced vaccine carrier boxes may incorporate monitoring systems that continuously
track temperature conditions. If the temperature deviates from the acceptable range,
alarms or notifications are triggered to alert healthcare providers, enabling prompt
action to prevent spoilage.

## The importance of maintaining proper temperature in vaccine storage: how the vaccine carrier box can help?

Vaccine carrier boxes are designed to keep vaccines at a consistent temperature,
preventing them from spoiling or becoming less effective. By keeping vaccines at
a safe temperature, vaccine carrier boxes can help reduce the amount of waste and
spoilage, saving both money and lives.

Vaccine carrier boxes come in a variety of sizes and shapes to fit the needs of 
any healthcare facility. They can be used to transport vaccines from one location
to another or to store vaccines in a central location. Vaccine carrier boxes can
also be used in conjunction with other vaccine storage devices, such as refrigerators
and freezers.

Using a vaccine carrier box can help ensure that vaccines are properly stored and
maintained, preventing costly waste and spoilage.

## Why choosing the right vaccine carrier box is essential?

Choosing the right vaccine carrier box is crucial for ensuring that the vaccines
remain safe and effective. Different vaccines have different temperature requirements,
so it is important to select a carrier box that is suitable for the type of vaccine
being transported.

When selecting a vaccine carrier box, it is also important to consider the cold 
chain requirements of the vaccine. Some vaccines require a continuous cold chain,
while others have a more flexible temperature range. The carrier box should be able
to maintain the required temperature range throughout the entire journey.

Budget is another important consideration when choosing a vaccine carrier box. While
it may be tempting to go for a cheaper option, it is important to remember that 
the cost of a box is nothing compared to the cost of wasted vaccines. Investing 
in a high-quality carrier box can save a lot of money in the long run.

Remember, selecting the right vaccine carrier box can make a huge difference in 
vaccine safety and effectiveness. Here [ZedBlox ActiPod](http://20.64.86.45/products-actipod/)
stands out as a unique and dynamic carrier. Equipped with a long-lasting rechargeable
battery that operates for 12-24 hours, it can be rapidly charged using external 
power sources.

This convenient and intelligent solution effectively addresses all contemporary 
requirements and lives up to all expectations.

![ActiPod Tech Specification](http://20.64.86.45/wp-content/uploads/2023/08/ActiPod_Tech_Specification.
jpeg)

## Tips for Storing Vaccines in a Vaccine Carrier Box

Vaccines are a vital part of preventative healthcare, and ensuring they are stored
correctly is essential to maintaining their efficacy. Vaccine carrier boxes are 
specially designed to protect vaccines from temperature fluctuations and light exposure,
both of which can degrade the quality of the vaccine. Here are some tips for storing
vaccines in a vaccine carrier box:

 * Preparing the box is the first step. If you’re using a passive cooling box, make
   sure to pre-cool it before adding the vaccines. For active cooling boxes, ensure
   that the battery is charged.
 * Store vaccines in a cool, dark place. Avoid exposing them to direct sunlight 
   or fluorescent light, as this can damage the vaccine.
 * Check the temperature inside the box regularly using a thermometer. The ideal
   storage temperature for most vaccines is between 2-8°C.
 * Arrange them properly, making sure to leave spaces in between. This will ensure
   that the air can circulate properly, and the vaccines can stay cool.
 * Do not open the box more than necessary. Every time the lid is opened, there 
   is a risk of letting in warm air, which can accelerate the degradation of the
   vaccine.
 * If you need to transport vaccines, use an insulated cooler bag with ice packs
   to keep them at the correct temperature.

## Bottom Line

Vaccines are incredibly valuable resources and ensuring that they are stored properly
can prevent costly vaccine spoilage and waste. The vaccine carrier box is an innovative
way to keep vaccines organized while maintaining their temperature, allowing for
the safe transport of the vaccines over long distances or in harsh weather conditions.

Additionally, it is a cost-effective solution for healthcare providers who want 
to ensure that their vaccines stay fresh and effective during transport. With its
durable design, reliable insulation system, and easy portability features, the vaccine
carrier box is an ideal choice for anyone looking for a safe and efficient way to
store their valuable vaccines.

## Preserving Vaccines: Tips for Vaccine Transport with the Right Carrier Box

- Link: https://www.zedblox.com/tips-for-vaccine-transport-with-the-right-carrier-box/
- Published: 2023-08-04T14:57:48+05:30
- Author: ZedBlox Team

Vaccines have become critical in addressing the worldwide health catastrophe during
the COVID-19 epidemic. Vaccine manufacture, transportation, and administration are
essential to control the virus. Nevertheless, the success of these stages depends
on the efficiency of the vaccine carrier boxes and cold boxes. These overlooked 
heroes ensure vaccines reach their intended users efficiently and securely.

[Vaccine carrier boxes](http://20.64.86.45/products-actipod/) are customized containers
that deliver vaccines between their producer to the end user. They are often built
of insulated components that serve to maintain the internal temperature of the vaccinations
throughout shipment. This is especially crucial for vaccinations that require a 
specified temperature spectrum for stability.

An effective cold chain system is crucial for safely transporting pharmaceutical
products, notably vaccines and other temperature-dependent items. A cold-chain system
is a collection of temperature-controlled supply chain procedures, including storage,
packing, and delivery. This mechanism ensures that medications retain their potency
and purity while being transported from the manufacturing site to the ultimate consumer.

The cold chain system comprises numerous pieces of equipment, such as vaccine carrier
boxes and cold boxes, that help ensure the authenticity and effectiveness of pharmaceutical
items. 

## Parameters to Look For:

When selecting vaccine carrier box from this category, consumers of insulated boxes
and their procurement agents should keep the following considerations in mind:

### Vaccine storage capacity

Each product’s vaccine storage capacity is described on individual product information
sheets. The quantity and kind of vaccine that must be transported will be decided
by the cold or vaccine carrier box’s intended programmatic usage. Passive equipment
is non-powered systems that chill the vaccination chamber with ice packs.

### Freeze-preventive vaccine carrier boxes

For Expanded Programmes on Immunisation (EPIs) that use a frozen water pack strategy,
freeze-preventive vaccine carrier boxes must be considered. These freeze-preventive
carrier boxes shield vaccines from freezing temperatures, eliminating the need for
ice-pack conditioning, and providing a long cold life. (At a constant average temperature
of +43°C, the cold life is calculated from the moment the lid of the container is
closed until the ambient temperature of the vaccine preservation compartment’s highest
temperature first exceeds +10°C.)

Cold boxes that avoid freezing are being developed and should provide comparable
benefits. The inclusion of freeze-prevention barriers between the ice packs and 
the vaccines may limit the storage volume of these items.

### Cold/warm life

The item’s product data sheets provide three categories of cold/warm life, which
show the duration that a cold box/vaccine carrier box sustains a safe ambient temperature
throughout shipment.

### Weight

Vaccine carrier boxes have been developed with an acceptable full load weight of
8 kg or less and cold boxes with a maximum weight of 50 kg or less. However, in 
practice, the maximum allowed loaded weight is decided by the mode of transport:
car, animal, bicycle, or hand. A worker can’t be expected to lift a burden of more
than 25 kg for reasons related to safety and health, and some employees may find
this amount excessive. Larger cold boxes might need the assistance of two individuals
to lift.

### Durability

End-users and purchasing agents should think about the circumstances to which the
tightly sealed container will be subjected. For a container delivered by truck over
rough terrain, durability could prove more essential than weight. The opposite is
true for hand-carried boxes when weight and handling comfort are more crucial. 

Vaccine carrier boxes can either be constructed of hard plastic or have a smooth
canvas/PVC bag wrapped over the insulated walls. Soft, canvas-type carriers, according
to experience, have a shorter life period; they are prone to wear and tear due to
weather conditions, and the hooks and straps dissolve with time. The data sheets
provide a warning regarding their short operating life. Backpack vaccination carriers
are presently available and provide ergonomic benefits.

### Foaming components

Products that employ cyclopentane as an insulation foaming component are considered
more ecologically friendly than those that use R141b. CFC-containing products are
no longer permitted for pre-qualification under WHO PQS criteria.

### Water Packs

Check sure water packs are included before placing your purchase. If these items
are not included, choose the suitable water-pack type to fit the selected insulated
container and purchase them together. The product specifications define the number
and kind of water-pack models required. Consider buying two sets to ensure that 
one may be frozen or chilled while the other is in use.

### Water-pack standardization

Whenever feasible, buy cold boxes and vaccination carriers that use only one dimension
for the water pack and use them throughout the programme. This streamlines distribution
management and eliminates the usage of water packs unsuited to fit the available
cold boxes and vaccination carriers.

### Cost

Insulated boxes are hefty, and transportation fees can frequently account for a 
significant amount of the overall delivered price. Before making a final selection,
consider the purchase pricing (EXW) or the transportation cost. Choose something
that meets programme criteria at the lowest possible price.

## Keeping Vaccines Cool During The Vaccination

The foam pad insert is included with a variety of vaccination carriers. This acts
as a temporary cap to keep vaccines cold and a surface to grip to safeguard vaccine
vials during immunization sessions. The insert is a basic piece of comfy foam that
fits snugly into the carrier’s “neck” above the ice packs and underneath the lid.

Removing an ice pack off the carrier and placing the reconstituted container in 
the hole molded into its surface is no longer suggested. Contacting freeze-sensitive
vaccinations with an ice pack may result in vaccine potency loss.

## Packing the Vaccines in a Vaccine Carrier Box

The correct packaging of a vaccine carrier box is critical for keeping vaccines 
at the proper temperature throughout shipment. Fill ice packs to the stated level
with the water, verify the water level before use, insert the stopper and tighten
the lid snugly, and guarantee the ice pack isn’t leaking. Place the ice pack in 
the deep freezer after wiping it dry.

Place ice packs out in the open up until liquid water is evident. Shake the ice 
pack and listen for ice movement inside the ice pack to see whether it has been 
conditioned. Unconditioned ice packs may harm freeze-sensitive vaccinations.

Load the vaccine carrier box using four conditioned ice packs against the carrier’s
edges and the plastic bag comprising all vaccines & diluents in the center. Place
vaccination labels in containers or polythene bags to protect them from breakage
or wear. Only use conditioned freezing packs with the vaccine carrier box, specially
developed to keep the vaccine at the right temperature throughout transit.

Collect vaccinations in the carrier during the session day to reduce exposure to
temperature variations. To avoid temperature variations, close the lid snugly and
securely. Finally, after each use, maintain the internal components of the vaccine
carrier box fresh and dry to prevent pollution and guarantee the vaccines remain
viable for future use. 

Vaccines must be handled correctly to ensure their safety and effectiveness. Use
suitable temperature monitoring equipment to monitor fluctuations in temperature
in the carrier to ensure proper handling. When transporting a significant amount
of vaccinations, compact coolers and lightweight carriers having tiny wheels may
make a considerable difference in ease. 

 

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) is a suitable vaccine carrier
box for such a purpose, as it provides remote real-time temperature and location
monitoring and is battery-powered. This removes the demand for ice and gel packs,
resulting in a safe and regulated environment for vaccine distribution. ZedBlox 
ActiPod’s sturdy yet lightweight design makes it an ideal outdoor carrier.

![ActiPod Features](http://20.64.86.45/wp-content/uploads/2023/08/Actipod-Features.
jpeg)

## The Vital Role of Vaccine Carrier Boxes: Explained

- Link: https://www.zedblox.com/vital-role-of-vaccine-carrier-boxes/
- Published: 2023-07-24T11:07:23+05:30
- Author: ZedBlox Team

Understanding the contents of a vaccine provides the rationale for managing it according
to specified recommendations. Vaccines are biological preparations that include 
proteins and, in some cases, live (though weakened) viruses. Vaccines usually include
the following ingredients: 

 1. Antigens: Active components that cause an immunological response, whether live (
    though weakened) or inactivated. Vaccines boost the immune system, resulting in
    immunity to a certain illness. 
 2. Aluminum gels and salts of aluminum: Aadjuvants that promote a greater, more sustained
    immune response to the vaccination. Adjuvants reduce the quantity of antigen required.
 3. Antibiotics are used in certain vaccinations to inhibit bacteria development during
    manufacturing and storage.
 4. Egg proteins: Found in vaccines prepared from chicken eggs, like those for the 
    flu and yellow fever.
 5. Monosodium glutamate (MSG) and 2-phenoxy-ethanol: are used in certain vaccinations
    to protect against the harmful effects of heat, light, acidity, and humidity.
 6. Thimerosal: A mercury-containing preservative intended to avoid contamination and
    dangerous microbes. However, most vaccinations no longer consist of this component.
 7. Suspension fluid: sterile water, saline, or protein-containing fluids. Formaldehyde
    is also used in vaccines to eliminate bacteria and viruses that might compromise
    the vaccine during manufacture. The majority of formaldehyde is eliminated prior
    to packing.

 

Certain vaccinations need to be refrigerated, whereas others must be frozen. Knowing
the exact needs for each vaccination is critical for preserving potency and minimizing
loss and money. After a vaccination has been delivered, it is occasionally discovered
that it is no longer effective. 

Temperature-controlled medicines, including vaccinations, must be transported per
pharmaceutical manufacturers’ specifications. Cold chain logistics ensures that 
temperature-controlled items, such as vaccinations, remain stable throughout the
supply chain. This includes everything from procurement through transportation and
distribution.

Temperature-sensitive items must be kept at a constant, particular temperature or
range of temperatures for their lifespan. The humidity and temperature levels are
constantly monitored throughout the supply chain and kept below certain limits. 
Any vaccinations will be rendered useless if the level of humidity or temperature
in the cold chain rises or falls.

Vaccines and other pharmaceutical products are subjected to rigorous stability testing
before release to ensure their performance under various variations in humidity 
and temperature conditions. The testing data is then used to determine the circumstances
in which a vaccine or pharmaceutical product may be kept without affecting its performance.
From vaccine manufacture to administration, temperature-controlled cold chain environments
must be maintained. Finally, keeping vaccines and medical items in the proper conditions
ensures they remain effective.

## What Exactly is a Vaccine Carrier Box?

[Vaccine carrier boxes](http://20.64.86.45/products-actipod/) are custom-made containers
that convey vaccines from the producer to the end user. They are often composed 
of insulated layers that aid in keeping vaccination temperatures stable throughout
shipment. This is especially crucial for vaccinations requiring a certain stable
temperature range.

There are various aspects to consider when choosing a vaccination carrier to make
sure that the proper carrier is chosen for the job. These are some examples:

 * 
   ### Temperature Control
   

The vaccinations should be kept at the necessary temperature range during the travel.
Hence, the carrier must include a system for tracking the temperature. This is critical
for preserving the vaccinations’ potency and effectiveness.

 * 
   ### Compliance with the Cold Chain
   

The carrier must adhere to the vaccine manufacturer’s cold chain criteria. This 
involves maintaining the proper temperature range, managing the vaccinations carefully,
and preventing the vaccines from being exposed to potentially harmful factors such
as heat or light.

 * 
   ### Durability
   

The carrier should be tough enough to withstand the rigors of transit, such as harsh
handling, exposure to inclement weather, and accidental drops.

 * 
   ### Size
   

The carrier’s size should be proportional to the number of vaccinations delivered.
It should also be lightweight and portable, especially when traveling to isolated
regions.

 * 
   ### Insulation
   

The vaccine carrier box should be sufficiently insulated to keep heat out and the
vaccinations cold. This is critical for keeping vaccinations safe and efficient 
for usage.

 * 
   ### Water-packs
   

Check to see if water packs are supplied with the carrier, if not, get appropriate
ones online. The carrier must additionally offer information on the quantity and
range of water-pack models required. It is advisable to select two sets, one among
which may be stored within the freezer and the other that can be used.

 * 
   ### Water-pack standardization
   

Logistics experts advise utilizing a single-size of water bag for the duration of
your program. This helps to avoid people utilizing water packs that happen to be
too big for the allotted vaccine carrier box, thus can make the distribution procedure
easier.

 * 
   ### Carriers’ pricing
   

Shipping charges might account for a sizable amount of the total cost of the goods
once it is delivered. As a result, it is essential to evaluate not just the expense
of the carrier, as well as the cost of shipping. Invest in something that fits your
budget and meets your program’s objectives.

 * 
   ### Freeze-resistance goods
   

Consider utilizing freeze-preventing carriers if your Expanded Immunisation Programme(
EPI) involves frozen water packets. These containers are great for preventing vaccine
harm from subfreezing temperatures, and they can stay cold for an extended period
duration without having to be conditioned with ice packs. Freeze-proof containers
with the same features are now being developed, however, the amount of storage space
required may be lowered by adding an obstacle to protect the immunizations from 
freezing into the ice packs.

## Preserving the Potency and Efficacy of Vaccines

Vaccine Carrier Boxes are the necessary containers to keep vaccines cold during 
immunization. These carriers have a foam pad overlay that performs two functions:
protecting vaccination vials while maintaining them cold. The soft foam insert fits
snuggly into the carrier’s neck, over the ice packages, and beneath the lid.

It was normal practice in the past to remove the pack of ice from the carrier and
insert the restored vaccine vial into the hole molded into its surface. However,
this practice is no longer suggested since vaccinations susceptible to freezing 
might become ineffective when exposed to an ice pack. The foam pad inserts in the
vaccine carrier box are a more secure method of storing vaccines.

Overall, vaccination carriers containing foam pad inserts play an important role
in the vaccine cold-chain process. They are intended to shield vaccinations from
heat and cold conditions, guaranteeing their effectiveness during transit and delivery.
Healthcare practitioners may carry vaccines safely and effectively with vaccine 
carrier boxes, thereby enhancing the success of immunization programs.

Proper handling is essential while carrying vaccinations to maintain their effectiveness
and safety. Here are two factors to consider when utilizing vaccine carriers to 
transfer vaccines.

To begin, it is critical to utilize the proper temperature monitoring equipment 
to track any variations in temperature in the carrier. Vaccines are temperature 
sensitive, and any variation from the recommended temperature range might make them
useless. 

Second, consider using tiny coolers or vaccine containers that are compact and easy
to carry. Traditional containers can be big and difficult to maneuver, making them
unsuitable for vaccine transport. Carriers with characteristics like small wheels
may make a big difference concerning convenience, especially when transferring a
lot of vaccinations.

There are some measures that you can take to ensure your immunizations are properly
packaged, including:

 * Among the most important features of vaccine packaging is label protection. When
   packing vaccines with diluents in containers or polythene bags, protect the labels
   from damage or wear. This will assist you in identifying the appropriate vaccine
   and ensuring suitable amounts are provided.

 * Use exclusively conditioned ice packs when picking ice packs for the vaccination
   carrier. These packets are designed to keep vaccinations at the right temperature
   throughout shipment. Additionally, when performing the immunization session, 
   ensure some ice remains in the cold packs to maintain the proper temperature.

 * To minimize exposure to temperature variations, always collect vaccinations in
   the vaccine carrier boxes on the day of the session. Once the vaccinations have
   been collected, ensure the lid is properly and securely secured to avoid temperature
   variations.
 * Finally, maintain the vaccine carrier box sanitized and dry after each usage.
   This will keep the vaccinations safe for use in the future and avoid contamination.
   Following these easy procedures, you can verify that your vaccinations are properly
   packaged and ready for use.

 

Overall, vaccination carriers containing foam pad inserts play an important role
in the vaccine cold-chain process. They are intended to shield vaccinations from
heat and cold conditions, guaranteeing their effectiveness during transit and delivery.
Healthcare practitioners may carry vaccines safely and effectively with vaccine 
carrier boxes, thereby ensuring the success of immunization programs.

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) assures the safety and efficacy
of temperature-sensitive items such as vaccines throughout transit and storage, 
making it a dependable and necessary vaccine carrier box for healthcare facilities
and professionals during immunization. Contact us now to learn about our product’s
benefits and how it may help you keep your vaccinations’ potency and purity.

![ZedBlox_ActiPod_Features](http://20.64.86.45/wp-content/uploads/2023/07/ZedBlox_ActiPod_Features.
jpeg)

## Innovations in Vaccine Carrier Boxes for Improved Vaccine Distribution

- Link: https://www.zedblox.com/innovations-in-vaccine-carrier-boxes-for-improved-vaccine-distribution/
- Published: 2023-07-14T15:23:56+05:30
- Author: ZedBlox Team

Vaccines are considered as one of the most essential public health measures, saving
millions of lives each year. Vaccines are responsible for the elimination of smallpox,
and the world community is actively attempting to eradicate polio. High vaccine 
coverage rates are necessary to achieve current disease elimination and eradication
objectives. An efficient cold chain is essential for ensuring that effective vaccinations
reach their intended population in an equitable and timely manner.

Vaccines are biological products that degrade over time and must be stored within
specific temperature ranges from the maker to the recipient. The loss of potency
may be hastened when exposed to temperatures outside of this restricted range. Prior
to 2007, the focus was on researching the effects of vaccination heat exposure. 
Exposure to cold temperatures, on the other hand, is similarly harmful to the quality
of many vaccinations since the procedure leaves them inert. When exposed to cold
temperatures, the adjuvants in certain vaccinations clump together, impairing the
vaccines’ immunological capabilities.

Vaccines are extremely sensitive to temperature fluctuations and must be kept cold,
but not frozen, during their entire trip, beginning with the factories where they
are manufactured and ending with the patient receiving an Immunisation shot at a
clinic. They spoil if exposed to excessive heat. Certain vaccinations, such as those
for diphtheria, tetanus, and hepatitis B, lose efficacy when exposed to frigid subzero
temperatures because the active components in the antigen solution freeze up.

## Cold Storage Logistics Through The Years

Absorption refrigerators were the sole choice for areas without grid energy when
EPI cold chains were formed in the 1970s. Several of these devices were pre-qualified
and listed in WHO Product Information Sheets (PIS, the pre-qualification procedure
that came before PQS). By the early 1980s, many solar battery-powered freezers were
being tested in small-scale pilot experiments in developing-country EPIs. Batteries
were employed to balance out the availability of electricity to the refrigerators—
without them, power would only be available when the sun was shining, but refrigerators
must remain cool throughout the night as well as during periods of cloud and precipitation.

Early off-grid technologies faced performance issues in field deployments, such 
as constant adjustment of absorption devices, which require frequent maintenance
and an operational supply chain for fuel. The World Health Organization (WHO) addressed
these issues in 2008, but no absorption devices have successfully demonstrated compliance.
Traditional solar battery-powered refrigerators faced challenges, with batteries
often requiring regular maintenance and a shorter lifespan than refrigerators and
solar panels. Solar energy was also susceptible to theft, compromising the performance
of refrigerators. SDD refrigerators were developed to address these challenges, 
powered directly from solar panels, requiring innovations in design to maintain 
cold temperatures even during cloudy weather.

Passive cooling systems, such as cold boxes and vaccine carrier boxes, have emerged
to offer cooling during vaccine delivery and Immunisation outreach. The WHO PQS 
defines cold life as the time between adding coolant packs and closing the container
lid until the temperature of the hottest point in the vaccine carrier box and storage
compartment surpasses +10°C. However, the cold life is temperature-dependent and
reduces when temperatures are above freezing. Until the decade, best-performing 
cold boxes had cold lifetimes of 2-6 days, while vaccine carrier boxes had 17-50
hours. As insulation technologies like vacuum panels and high heat resistance gels
became available, engineers began exploring cold box manufacturing with weeks’ cold
lifetimes.

## Limitations Faced By the Cold Chain Logistics

There are mostly three critical issues impeding WHO’s ambition to establish routine
Immunisation services globally: the lack of systems to monitor thermosensitive vaccine
temperature, insufficient storage, and transport equipment, and a lack of trained
staff. To address these difficulties, WHO consultants developed a strategy document
and plan of action, focused on vaccination distribution and administration technologies
and training materials. The approach called for different “vaccine stores” based
on a pre-existing distribution system, beginning with a central or national store
and ending with stationary, regional health institutions. This cold chain expanded
to “outreach sessions” done in areas remote from health institutions on a regular
basis.

The three most important challenges to be resolved while transporting the vaccines
in the cold chain are

 * A lack of temperature monitoring devices for thermosensitive vaccinations.
 * A lack of proper vaccine storage and transportation equipment.
 * A scarcity of properly qualified personnel to handle vaccinations.

### A Lack of Temperature Monitoring Devices for Thermosensitive Vaccinations

The original EPI vaccines were sensitive to heat and freezing, but the extent of
sensitivity was not fully known. Due to the lack of assessment of heat exposure 
after distribution, strict requirements governed vaccine and vaccine carrier box
handling and storage temperatures. In 1976, the standard procedure for temperature
monitoring was to read and record the temperature in each vaccine refrigerator twice
daily and display the temperature profile on a chart each month. Large national 
stores had continuous temperature recorders with an ink stylus. Compliance with 
standard procedures was good in some cases, but in others, it was poor and unreliable.
The lack of routine temperature monitoring also made determining when cooling equipment
needed maintenance challenging.

### A Lack of Proper Vaccine Storage and Transportation Equipment** **

There were several challenges to ensuring vaccines were stored at the recommended
storage temperatures. The most critical challenge was the scarcity and poor quality
of energy available to refrigerate vaccines and freeze ice packs for transport. 
Electricity was absent from two-thirds of health facilities, making it impossible
to use standard electric-compression refrigerators. Absorption-type refrigerators,
which could be run on kerosene, gas, or electricity, were used in non-industrialized
countries but could not maintain the temperature range required for vaccines or 
freeze enough ice packs for vaccine carrier boxes for transport. Additionally, the
fuel source in rural areas of developing countries was often polluted with water,
further reducing performance and increasing maintenance needs.

The short cold life of passive-cooled containers was another challenge. Insulated
containers, including larger boxes for bulk vaccines and hand carriers for immunization
outreach activities, were needed to transport vaccines in high and low ambient temperatures.
Picnic boxes and carriers cooled by frozen ice packs were unsuitable for transporting
vaccines due to their short cold life, insufficient performance for routine outreach
lasting one or two days, and being fragile and not interchangeable.

### A Scarcity of Properly Qualified Personnel to Handle Vaccinations** **

Developing temperature monitoring and cooling equipment was a significant technological
challenge, but managing the system was even more challenging. This issue became 
apparent after smallpox eradication, as countries launched national immunization
programs. Initially, there was rarely a single manager in charge, and most programs
lacked mid-level managers or logisticians. Consistent policies, procedures, and 
training materials were lacking for guidance.

## Innovations for the Cold Chain Logistics Through The Years

The World Health Organisation envisioned an end-to-end temp surveillance system 
for vaccines in the cold chain. Companies in the US and Switzerland, including Berlinger&
Co. AG, developed a cold chain monitor (CCM) based on blue wax absorption on a visual
track. This system monitored vaccine shipments from manufacturers to countries and
was used to monitor stores at all levels. In the late 1970s, PATH and WHO collaborated
to track heat exposure of individual vials of vaccine.

PATH and Temptime Corporation developed a vaccine vial monitor (VVM) based on polymerization
technology, which allows health workers to determine if a vaccine has been heat 
damaged. WHO now requires all vaccines purchased through the United Nations Children’s
Fund (UNICEF) to use VVMs.

Despite the VVM solving the lack of temperature monitoring, challenges remained,
such as determining when and where temperature deviation occurred, whether it was
due to faulty equipment or poor practices, and how to determine if a vaccine had
been damaged by freezing exposure. Twenty years after the CCM, the Swiss company
developed an electronic 30-day temperature recorder (30DTR), which is now available
as both a standalone recording device and a remote recording device. Electronic 
recorders have become the gold standard for larger vaccine stores, allowing for 
quick response to temperature alarms and analysis of refrigerator performance.

The search for reliable vaccine refrigeration equipment began with modifying low-
cost refrigerators and freezers used to store food in the home. To perform well 
enough to store vaccines in areas of intermittent energy, polluted fuel supply, 
and high and low ambient temperatures, modifications were made to the design of 
walls and cooling units. Electrolux created a tiny refrigerator family for health
centers that combines a regular absorption cooling unit with a new 25-l long-range
cold box designed before for vaccine carriage. Many of these refrigerators are still
available, despite the fact that the market for absorption refrigerators is shrinking.

To maintain vaccine storage temperatures during power cuts and ‘brown-outs,’ an 
engineering consultant from the Consumer Association Laboratory modified a domestic
chest freezer with an internal lining of water containers. The Ice-Lined Refrigerator(
ILR) was configured to maintain correct temperatures and remain stable with as little
as eight hours of energy per day after the lining was frozen. Today, the ILR is 
the preferred vaccine storage method because it ensures constant chilling in areas
where grid power is unpredictable.

Three improvements aided the nations’ success by pushing the process of introduction
and scale-up and verifying the accuracy and legitimacy of manufacturers’ performance
promises. Direct engagement between WHO technical employees and consultants with
manufacturers and individual developers was one of these improvements, as were engineering
laboratories used to test new goods, and the WHO/PQS system updated UNICEF and other
local management bodies.

The European Immunization Programme (EPI) aims to achieve high coverage for selected
vaccines through a set of standard procedures. In 1976, WHO distributed the ‘Blue
Book’, which served as the basis for developing future policies and training. Staff
at all levels of national immunization programs received training and support to
address the global standard operating procedures of the EPI. The final critical 
human resources solution was training targeted to users and repair technicians of
refrigeration equipment used to store vaccines.

## The Future of Immunisation Supply Chain

Cold chain protocols and equipment now hinder the supply of immunization services.
To solve this limitation, vaccinations are disseminated inside the cold chain for
as long as refrigeration is available. If the cold chain fails, vaccinations can
only be used if the VVM indication permits. The number of vaccines that have been
pre-qualified for ‘Controlled Temperature Chain (CTC)’ is increasing, although progress
is gradual. The Polio Eradication Initiative (PEI) and recent successful studies
of off-label vaccine usage have resulted in higher rates of immunization coverage.
The ultimate aim for all vaccines should be to eliminate refrigeration at +2C to
+8C from the whole supply chain, with equivalent on-label storage rules.

The present vaccination distribution system is built on techniques and ideas from
40 years ago in order to achieve quicker, more reliable delivery. vaccinations are
distributed at several levels, with each level collecting fresh supplies or receiving
given vaccinations. This combination of collection and delivery results in inconsistent,
unpredictable vaccination supply and poor cold chain practices, including an increased
risk of vaccines freezing during transport. High-performance management of the regular
vaccination supply chain standardizes vaccine distribution to pre-set circuits of
stores, ensuring that the frequency of re-supply is as high as feasible.

Distribution speed may be boosted by minimizing the number of storage stages and
optimizing the route used for each delivery circuit by selecting ideal store sites
and lowering ‘reserve’ stock levels. Pre-planned, dependable, and punctual deliveries,
together with quantity supervision, assist to avoid stock-outs and surplus stock
accumulations.

The supply chain continues to be a barrier to reaching unimmunized communities with
limited access. These people are divided into three categories: partially immunized
persons who are unable to finish the sequence of contacts, easily accessible populations
living in peri-urban regions who refuse immunization or are unwilling to participate,
and those living in rural areas who are physically difficult to reach.

Remote communities, such as those living on rivers, mountains, islands, and nomadic
tribes, may need a ‘heroic’ outreach strategy that can cost up to five times as 
much as it does in metropolitan areas to properly immunize a kid. In these distant
places, integrating immunization programs with other specified services may assist
share the expense of outreach. New technologies that simplify and expand the cold
chain should lower costs while simultaneously increasing coverage.

## CONCLUSION

As the pharmaceutical business evolves and expands, the requirement for efficient
and dependable cold chain logistics has grown in importance. When developing sophisticated
temperature-sensitive items such as vaccines, it is critical to guarantee that these
products remain within a certain temperature range in order to retain their efficacy
and safety.

Temperature monitoring is critical to preserving the cold chain integrity of these
items. Vaccine carrier boxes and cold boxes are essential for storing and shipping
temperature-sensitive items, and the use of specialized technology such as data 
loggers and real-time monitoring systems ensures that these products stay within
the specified temperature range.

Temperature monitoring serves to prevent waste in the pharmaceutical business and
maintain regulatory compliance, in addition to assuring the efficacy and safety 
of these goods. In the present global health crisis, the right use of vaccine carrier
boxes and cold boxes, as well as the adoption of dependable temperature monitoring
systems, are critical because they assist ensure that vaccinations are conveyed 
safely and effectively to their intended users.

As we look to the future of the pharmaceutical sector, the utilization of cold chain
logistics and temperature monitoring will become even more important. The development
of new temperature-sensitive products, as well as a more complicated worldwide supply
chain, will boost the demand for dependable and efficient temperature monitoring
systems.

 

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) is a novel device that assures
the safety and efficacy of temperature-sensitive goods throughout transit and storage.
Its dependable temperature monitoring technology, together with its long-lasting
and reusable design, makes it a dependable and necessary tool for pharmaceutical
firms and healthcare institutions.

The pharmaceutical industry’s future is significantly reliant on the cold chain 
logistics infrastructure, particularly for temperature-sensitive items such as vaccines.
Maintaining the integrity of the cold chain requires the use of high-quality vaccine
carrier boxes and cold boxes, as well as dependable temperature monitoring devices.
Temperature monitoring aids in the safety and efficacy of these products, as well
as in reducing waste and ensuring regulatory compliance. Given the ongoing worldwide
demand for temperature-sensitive items, it is critical to take the required precautions.

 

 

 

### Ref:

 * [https://www.who.int/](https://www.who.int/)
 * [https://www.unicef.org/](https://www.unicef.org/)
 * [https://www.sciencedirect.com/](https://www.sciencedirect.com/)

## Specialized  Vaccine Carrier Boxes – Needs And Limitations

- Link: https://www.zedblox.com/specialized-vaccine-carrier-boxes-needs-and-limitations/
- Published: 2023-07-07T14:18:54+05:30
- Author: ZedBlox Team

Cold chain logistics is the process of transporting and storing temperature-sensitive
goods, such as pharmaceuticals, vaccines, and other temperature-sensitive products,
in a controlled environment to maintain their quality and integrity throughout the
supply chain. It involves the use of specialized equipment and transportation methods,
such as refrigerated trucks, containers, and warehouses, equipped with temperature-
controlled environments.

The primary objective of cold chain logistics is to keep the temperature of the 
goods within a specific range, depending on the product. Temperature monitoring 
is crucial in this process as it allows for the continuous tracking of the product’s
temperature, ensuring it remains within the required range and is not exposed to
fluctuations that could compromise its quality, potency, or safety. Temperature 
monitoring devices like data loggers and temperature sensors are utilized to monitor
goods during transportation and storage, providing real-time data that can be remotely
monitored for timely interventions if temperature deviations occur.

Effective cold chain logistics is particularly critical for temperature-sensitive
biological products, vaccines, and pharmaceuticals, as any temperature deviation
can result in spoilage, reduced shelf life, or render the product ineffective or
harmful. Thus, the success or failure of these products heavily relies on the integrity
of the cold chain.

In the medical industry, the cold chain system plays a vital role in ensuring the
quality and safety of sensitive products like vaccines, blood products, drugs, and
medical devices containing biological materials. Vaccines, for instance, require
specific temperature conditions to maintain their efficacy. Deviations from the 
recommended temperature range can lead to a loss of potency and render the vaccines
useless, which is especially concerning for diseases that can be prevented through
vaccination.

The cold chain is also crucial for the storage and transportation of blood products,
as maintaining proper temperatures prevents bacterial growth and potential infections.
Contaminated blood products can cause severe complications for patients. Similarly,
drugs used to treat life-threatening conditions are often temperature-sensitive 
and require proper storage to maintain their effectiveness. Without the cold chain,
the potency and safety of these sensitive products would be compromised, posing 
significant risks to patients.** **

## What is a Vaccine Carrier Box?

A [vaccine carrier box](http://20.64.86.45/products-actipod/) is the way to go if
you need a container to store and carry vaccines. They are lightweight and tiny,
so they take up little space. They are typically used to transport vaccines from
centralized storage facilities to vaccination sites or to transport a limited quantity
of vaccinations for community outreach. They are often insulated to reduce temperature
fluctuations, and they can also be used with ice or gel packs to maintain a more
consistent temperature. They have a storage volume of 0.8-3.4 liters and are classified
into two types based on their range. Shorter trips can have a maximum temperature
of 43 degrees Celsius for up to 15 hours, while longer trips have a minimum temperature
of 30 degrees Celsius.

Since any interference from the outside environment can pose a significant risk 
to the viability of the vaccine, we need to ensure that:

 * Vaccine Carrier Boxes should be clean and dry
 * Ice Packs should be left at least 30 minutes outside at room temperature until
   the ice starts to melt before they are placed into the vaccine carrier boxes 
   in order to reduce the risk of vaccine freezing.
 * Ice packs should be wiped and dried before being placed into the vaccine carriers.
 * Vaccine vials should be kept in a box or plastic bags to prevent the peeling 
   of the label due to the presence of moisture

A vaccine vial monitor is present on every vaccine vial that allows verification
that the vaccine has not been damaged by heat. The darkening of the square inside
the circle indicates that the vial is exposed to heat. Only the vials whose squares
are lighter than the surrounding circle should be used for vaccination.

## Things to Keep In Mind While Choosing a Vaccine Carrier Box

The characteristics or parameters that one should keep in mind while choosing a 
vaccine carrier include :

### Durability

The carrier should be strong enough to endure the rigors of transportation, such
as harsh handling, exposure to inclement weather, and accidental drops.

### Size

The carrier’s size should be proportional to the number of vaccines being delivered.
It should also be lightweight and portable, especially when traveling to isolated
regions.** **

### Insulation

The carrier should be sufficiently insulated to keep heat out and the vaccines cool.
This is critical for keeping vaccines effective and safe for usage.

### Pricing of Carriers

Shipping charges might account for a sizable amount of the total cost of the product
when it is delivered. As a result, it is critical to evaluate not only the cost 
of the carrier but also the cost of shipment. Invest in a product that fits your
budget and meets your program’s requirements.

### Cold Chain Adherence

The carrier must adhere to the vaccine manufacturer’s cold chain criteria. This 
involves maintaining the proper temperature range, handling the vaccinations carefully,
and preventing the vaccines from being exposed to potentially harmful factors such
as light or heat.

### Freeze Preventing products

Consider utilizing freeze-preventing carriers if your Expanded Immunisation Programme(
EPI) involves frozen water packs. These containers are great for preventing vaccine
harm from subfreezing temperatures, and they can stay cold for an extended period
of time without being conditioned with ice packs. Freeze-proof containers with the
same features are now being developed, however, the amount of storage space required
may be lowered by adding a barrier to keep the vaccines from freezing to the ice
packs.

### Temperature Monitoring

The carrier should be equipped with a temperature monitoring device to guarantee
that the vaccinations remain within the specified temperature range throughout the
trip. This is critical for preserving the vaccine’s potency and efficacy.

### Water Packs

Check to see whether water packs are supplied with the carrier, and if not, get 
appropriate ones online. The carrier should also provide information on the number
and range of water-pack models required. It is advisable to select two sets, one
of which may be stored in the freezer and the other of which can be used.

### Standardization in water packs

Logistics experts advise using only one size of water bag for the duration of your
program. This helps to avoid people utilizing water packs that are too large for
the available vaccine carrier boxes, which can make the distribution procedure easier.

### Add on (Accessories)

While not all vaccination carriers have additional accessories, those that do may
include carrying straps or backpacks. These features, in addition to the container
itself, may raise the entire cost. If you’re looking for a vaccine carrier box, 
check with the manufacturer and distributor via your purchasing agent.

## Limitations Faced By the Vaccine Carrier Box

The current vaccine carrier boxes have some operational challenges which include

### The health of ice pockets

Conditioning ice packs prevents vaccinations (freeze-sensitive vaccines such as 
the Hep B and T series) from freezing during shipment. If freeze-sensitive vaccinations
come into direct contact with frozen ice packs, they can be destroyed.** **

### Transportation Losses

Improper transportation storage, which may expose vaccines to temperatures outside
of the authorized ranges, can reduce their efficacy.

### Exposure to sunlight

When exposed to sunlight, ultraviolet (UV), or fluorescent light, several vaccines
lose their efficacy and efficiency.

### Chamber insulation

Any defect in the chamber insulation can result in losing the potency of the vaccine
due to thermal leakage from the chiller.

### Temperature variations

Some amount of product waste can be caused by temperature damage with inadequate
temperature control in all climates.

In the event of a cold chain breach, perform the following procedures:

 1. Never discard any vaccinations or storage equipment.
 2. Maintain the cold chain by quarantining all affected vaccines from unaffected vaccinations.
    Mark these clearly as isolated and “not for use. Under NO CIRCUMSTANCES should 
    these immunizations be given to patients until they have been proven safe.
 3. Transfer the contaminated vaccine stock to a different environment [Fridge/validated
    cool box] that is monitored and capable of maintaining the recommended temperature
    range of +2°C to +8°C. If this is not possible, keep the vaccinations in the affected
    refrigerator closed until further guidance is obtained.
 4. Ensure the vaccine fridge involved in the cold chain breach, remains switched on
    at the main electrical supply and the thermometer and probe are undisturbed and
    staff are aware not to access the fridge.
 5. Take an inventory of all exposed vaccines, quantity, batch number/expiry date, 
    and position in the fridge. Investigate whether any patients have been vaccinated
    by stock compromised by the cold chain breach. Complete the Vaccine Incident checklist
    form.
 6. Contact the manufacturers of the affected vaccines to asses which if any vaccines
    are still appropriate for use ‘off label’. For a list of all manufacturers and 
    their contact details. Discard all vaccinations which have been confirmed as not
    stable according to National and local policy.

 

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) assures the safety and effectiveness
of temperature-sensitive items such as vaccines throughout transportation and storage,
making it a dependable and necessary vaccine carrier box for healthcare facilities
and professionals during Immunisation. Contact us today to learn more about our 
product and how it can help you keep your vaccinations’ potency and purity.

![ZedBlox ActiPod Technical Details](http://20.64.86.45/wp-content/uploads/2023/
07/ZedBlox_ActiPod_Technical_Details-724x1024.jpeg)

 

### Ref:

 * [https://www.who.int/](https://www.who.int/)
 * [https://www.unicef.org/](https://www.unicef.org/)
 * [https://medicalguidelines.msf.org/](https://medicalguidelines.msf.org/)

 

## Cold Chain Logistics: Ensuring Safe Transport of Life-Saving Pharmaceuticals

- Link: https://www.zedblox.com/cold-chain-logistics-ensuring-safe-transport-of-life-saving-pharmaceuticals/
- Published: 2023-04-14T18:13:18+05:30
- Author: ZedBlox Team

The pharmaceutical sector is in charge of developing and distributing life-saving
pharmaceuticals to people all over the world. Many of these pharmaceuticals, however,
are temperature-sensitive and must be kept at specific temperatures along the supply
chain to ensure their efficacy and safety. This is where cold chain logistics, which
is critical in the pharmaceutical business, comes in.

The process of shipping temperature-sensitive products, such as vaccines, biological
products, and other medications, in a temperature-controlled environment is referred
to as cold chain logistics. This ensures that the items stay within the required
temperature range from manufacturing to delivery and finally to end customers.

The COVID-19 pandemic has brought the pharmaceutical industry to the forefront of
global attention, and with good reason. The industry has been working tirelessly
to produce vaccines and medications to prevent and treat the virus. However, the
pandemic is not the only factor driving the growth of the cold chain logistics market.

Many drugs that prevent chronic and lifestyle-related diseases have seen a surge
in demand. Over-the-counter medications like vitamins, minerals, and cough and cold
treatments are now more popular than ever. People are also more focused on finding
permanent solutions to these illnesses, which puts pressure on the pharmaceutical
industry to create and deliver effective treatments. But these disease-preventing
solutions require careful storage and transport. They must be kept at a constant
temperature and follow specific protocols for the cold chain management. Failure
to do so can compromise the efficacy of the drugs and put patients’ health at risk.

The success of the pharmaceutical industry depends on effective cold-chain logistics.
With the growing demand for disease-preventing drugs, it is critical to maintaining
proper storage and transportation of medications. This ensures that patients receive
the drugs they need to live healthy lives.

## Types of Pharmaceuticals Delivered Worldwide

The pharmaceutical industry has always been an essential sector, and the COVID-19
pandemic has highlighted its importance even more. The resumption of international
trade has allowed the industry to move products globally, and it is now easier than
ever to transport medicines, active pharma ingredients (APIs), and other pharmaceutical
products worldwide. However, the safe and secure delivery of these items is critical
and poses a significant challenge due to various factors such as temperature, humidity,
and light exposure.

From over-the-counter medicines to biological products, pharmaceutical products 
come in different forms that need to be packaged and labeled with care before being
shipped to their final destination. Ointments, liquids, and solids are the most 
common types of pharmaceuticals received worldwide, and they are often classified
based on their form. Spirits, elixirs, and tinctures belong to the liquid category,
while creams and pastes are classified as ointments. Solids, on the other hand, 
consist of pills, tablets, and lozenges.

Unfortunately, many pharmaceutical products are damaged during transport, which 
can result in significant financial losses for the industry. According to a study
published in the journal ‘Pharmacy and Therapeutics,’ it is challenging to determine
the exact number of drugs that are ruined during transport.

Cold chain transport is a process that ensures the safe and efficient transportation
of temperature-sensitive pharmaceutical products from one location to another. This
process is critical in maintaining the integrity and effectiveness of pharmaceuticals,
particularly those that require specific temperature ranges. In this article, we
will delve into the types of pharmaceuticals that require cold chain transport. 
Some of the pharmaceutical items that use cold chain logistics include:

### Biological Products

Biological products are one of the most sensitive pharmaceutical products that require
cold chain transport. These products are derived from living cells, tissues, or 
organisms and include vaccines, blood, allergens, genes, and tissues. Biological
products are used to prevent, diagnose, and treat various medical conditions, including
cancer, autoimmune disorders, and infectious diseases.

Biological products require strict temperature control throughout the transportation
process, as exposure to temperature fluctuations can lead to the degradation of 
the product’s efficacy. The temperature range for transporting Biological products
is usually between 2°C to 8°C, and any deviation from this range can lead to the
product’s spoilage.

### Vaccines

Vaccines are crucial for the prevention and eradication of infectious diseases. 
However, vaccines are also one of the most sensitive pharmaceutical products that
require [cold chain vaccine carriers](http://20.64.86.45/products-actipod/). The
vaccines must maintain their potency and efficacy, and any temperature fluctuations
can lead to their degradation.

The recommended temperature range for transporting vaccines is between 2°C to 8°
C, and any deviation from this range can lead to the product’s spoilage. The transportation
process for vaccines involves careful monitoring of the temperature, from the manufacturer’s
facility to the final destination, including during loading, unloading, and storage.

### Specialty Drugs

Specialty drugs are complex medications used to treat chronic and rare medical conditions,
such as cancer, multiple sclerosis, and rheumatoid arthritis. These drugs require
special handling, storage, and transportation conditions.

Specialty drugs are often expensive, and any damage or degradation during transportation
can result in significant financial losses. The recommended temperature range for
transporting specialty drugs varies depending on the product. Some require refrigeration,
while others require freezing temperatures.

In addition to temperature control, specialty drugs require protection from light
exposure, humidity, and shock during transportation. The packaging and labeling 
of specialty drugs are critical in ensuring their safe and efficient transportation.

## Tackling the Challenges of Transporting Temperature-Sensitive Pharmaceuticals

Pharmaceutical products that are highly temperature sensitive tend to become less
effective or toxic if not stored and transported properly. Products in this category
are stored and transported at -20°C or below. Medications that fall under this category
can become ineffective or even hazardous if they thaw out while in transit.

Transportation of pharmaceuticals that require chilled or frozen conditions is a
complex process. It involves a number of stakeholders such as pharmaceutical companies,
logistics providers, and healthcare providers, and requires coordination between
them. The transportation process needs to be carefully managed at each stage to 
ensure that products are maintained within the specified temperature range.

One of the biggest concerns faced by the cold chain logistics industry is maintaining
the temperature of the products during transportation. This is particularly challenging
in countries with extreme climates or in areas where infrastructure is inadequate.
Factors such as extreme heat or cold, power outages, and delays in transit can all
have an impact on the temperature of the products being transported.

Another major concern is the cost of transportation. Cold chain logistics requires
specialized equipment and facilities, which can be expensive to acquire and maintain.
In addition, the transportation process is typically more complex and requires more
resources than standard transportation methods.

The risk of product damage or loss during the transportation is also a concern. 
Products that are transported outside of their specified temperature range may become
ineffective, and in some cases, even hazardous. This can result in significant financial
losses for pharmaceutical companies and healthcare providers, as well as potentially
putting patients at risk.

To address these concerns, the cold chain logistics industry has developed a number
of technologies and practices to ensure the safe and effective transportation of
temperature-sensitive pharmaceuticals. These include specialized temperature-controlled
packaging, monitoring systems to track the temperature of products during transportation,
and contingency plans to address any issues that may arise during transit.

In addition, industry regulations have been put in place to ensure that pharmaceutical
companies and logistics providers adhere to strict standards for the transportation
and storage of temperature-sensitive products. These regulations require companies
to have systems in place for monitoring and controlling the temperature of products
during transportation, as well as contingency plans for any issues that may arise.

Despite the challenges faced by the cold chain logistics industry, the demand for
temperature-sensitive pharmaceuticals continues to grow. As new treatments and therapies
are developed, the need for safe and effective transportation methods will only 
increase. It is essential that pharmaceutical companies and logistics providers 
continue to invest in new technologies and practices to ensure the safe and effective
delivery of these life-saving products.

## The Vital Role of Temperature-Sensitive Containers in Pharmaceutical Cold Chain Logistics

The safe transportation of temperature-sensitive pharmaceuticals is a critical aspect
of the healthcare industry. The effectiveness and safety of these medications are
highly dependent on being stored and transported within a specific temperature range.
As a result, the use of temperature-sensitive containers has become increasingly
important in pharmaceutical cold chain logistics.

Reefer containers, or refrigerated containers, have become an essential tool for
pharmaceutical companies and manufacturers in transporting their chilled or frozen
products. These containers are designed to maintain the pre-cooled cargo temperature,
ensuring that the product’s efficacy is not compromised during transportation. The
refrigerated containers achieve this by circulating chilled air through T-shaped
decking on the container’s floor, which creates a consistent and uniform flow of
air around the container.

Temperature-controlled air cargo containers have also gained prominence in recent
years. These containers come in different sizes and shapes, depending on the type
of cargo and airplane compatibility. Cool containers are available in two types:
passive and active. Passive containers prevent temperature fluctuations but do not
have the capability to control the temperature, while active containers feature 
a system that tracks and automatically controls the temperature level.

The use of temperature-sensitive containers has become increasingly important in
pharmaceutical cold chain logistics for several reasons. Firstly, they help to maintain
the temperature of pharmaceutical products during transportation. Temperature fluctuations
can cause the medication to lose its potency, rendering it ineffective or even harmful.
The use of temperature-sensitive containers ensures that the medication is transported
within the required temperature range, protecting its efficacy and safety.

Secondly, the use of these containers has helped to expand the transportation capabilities
of pharmaceutical companies and manufacturers. Temperature-sensitive containers 
have made it possible to transport pharmaceuticals across longer distances, including
across borders and overseas. This has helped to improve access to critical medications
for patients around the world.

Thirdly, the use of temperature-sensitive containers has also led to greater regulatory
compliance. The pharmaceutical industry is highly regulated, and the transportation
and storage of temperature-sensitive medications are subject to strict guidelines.
The use of temperature-sensitive containers helps to ensure that these guidelines
are met, reducing the risk of non-compliance and associated penalties.

## The Future Ahead: Logistics Complementing Pharma

While the pharmaceutical industry continues to evolve and expand, the need for efficient
and reliable cold chain logistics has become increasingly important. With the development
of advanced temperature-sensitive products like vaccines, it is crucial to ensure
that these products remain within a specific temperature range to maintain their
efficacy and safety.

Temperature monitoring is a vital aspect of maintaining the integrity of the cold
chain for these products. Vaccine carriers and cold boxes play a critical role in
storing and transporting temperature-sensitive products, and the use of specialized
equipment like data loggers and real-time monitoring systems ensures that these 
products remain within the required temperature range.

In addition to ensuring the efficacy and safety of these products, temperature monitoring
helps to reduce waste in the pharmaceutical industry and ensure regulatory compliance.
The proper use of vaccine carriers and cold boxes and the implementation of reliable
temperature monitoring systems are crucial in the current global health crisis as
they help ensure that vaccines are transported safely and effectively to their intended
recipients.

As we look ahead to the future of the pharmaceutical industry, the use of cold chain
logistics and temperature monitoring will only continue to become more critical.
With the development of new temperature-sensitive products and an increasingly complex
global supply chain, the need for reliable and efficient temperature monitoring 
systems will only increase.

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) is an innovative product
that ensures the safety and effectiveness of temperature-sensitive products during
transportation and storage. Its reliable temperature monitoring system, combined
with its durable and reusable design, makes it a reliable and essential tool for
pharmaceutical companies and healthcare institutions.

The future of the pharmaceutical industry relies heavily on the cold chain logistics
system, particularly for temperature-sensitive products like vaccines. The use of
high-quality vaccine carriers and cold boxes, accompanied by reliable temperature
monitoring systems, is crucial in maintaining the integrity of the cold chain. Temperature
monitoring helps to ensure the safety and efficacy of these products, reduce waste,
and ensure regulatory compliance. With the continued global demand for temperature-
sensitive products, it is essential to take the necessary steps to ensure that the
cold chain logistics system is appropriately utilized to meet the growing demand.

## Ref:

[https://pharmaboardroom.com/](https://pharmaboardroom.com/)

[https://www.who.int/](https://www.who.int/)

 

 

## Deciphering the Centerpieces of Pharmaceutical Industry

- Link: https://www.zedblox.com/deciphering-the-centerpieces-of-pharmaceutical-industry/
- Published: 2023-03-10T15:52:23+05:30
- Author: ZedBlox Team

## Vaccine Carriers & Cold Boxes

The pharmaceutical industry relies heavily on temperature-sensitive products, such
as vaccines, to ensure public health and safety. These products require strict temperature
control throughout their entire supply chain, from manufacturing to final delivery.
Maintaining a specific temperature range, known as the “cold chain,” is essential
for ensuring the efficacy and safety of these products. Temperature monitoring is
crucial in ensuring the effectiveness of the cold chain. This is where vaccine carriers
and cold boxes play a crucial role. [Vaccine carriers](http://20.64.86.45/products-actipod/)
and cold boxes are designed to maintain the temperature of temperature-sensitive
products within a specific range during storage and transportation. These tools 
play a critical role in ensuring that vaccines and other temperature-sensitive products
remain safe and effective.

## What are Vaccine Carriers and Cold Boxes?

In the midst of the COVID-19 pandemic, vaccines have become the key to ending the
global health crisis. The production, distribution, and administration of vaccines
are crucial steps in the fight against the virus. However, the success of these 
steps depends on the effectiveness of the vaccine carriers and cold boxes. These
unsung heroes play a crucial role in ensuring that vaccines reach their intended
recipients in a safe and effective manner.

Vaccine carriers are specially designed containers that are used to transport vaccines
from the manufacturer to the end user. They are typically made of insulated materials
that help to maintain the temperature of the vaccines during transportation. This
is particularly important for vaccines that require a specific temperature range
for stability.

Cold boxes, on the other hand, are refrigerated containers that are used to store
and transport vaccines. They are equipped with cooling mechanisms that help to maintain
a constant temperature within a specific range. Cold boxes are essential for the
storage and transportation of vaccines that require refrigeration. Vaccine carriers
are smaller than cold boxes and are easy to carry.

## Cold Chain Heroes: Vaccine Carriers and Cold Boxes in Safe Pharmaceutical Transport

When it comes to the safe distribution of pharmaceutical products, particularly 
vaccines and other temperature-sensitive items, a well-functioning cold chain system
is critical. The cold chain system is a series of temperature-controlled supply 
chain steps that include storage, packaging, and shipping services. This system 
maintains the potency and purity of pharmaceuticals while transporting them from
the point of manufacture to the final consumer.

The cold chain system is made up of various pieces of equipment, including vaccine
carriers and cold boxes, which are instrumental in ensuring the integrity and efficacy
of pharmaceutical products. In this article, we will discuss the role of vaccine
carriers and cold boxes in cold chain transport and temperature monitoring.

Vaccine carriers are lightweight containers designed for the sole purpose of storing
and transporting vaccines. They are frequently used to transfer vaccines to vaccination
sites from centralized storage facilities or to transport a small number of vaccinations
for community outreach programs. Vaccine carriers typically have insulation to reduce
temperature swings and ice or gel packs to maintain a constant temperature. They
are also small and compact, taking up minimal space when filled with syringes or
vials of vaccine.

Vaccine carriers have a limited storage volume, ranging from 0.8 to 3.4 liters. 
They are divided into two groups based on the range:

**Shorter journeys**: up to 15 hours of cold storage life at 43 degrees Celsius.

**Extended range**: up to 30 hours of minimal cold at 43 degrees Celsius.

Cold boxes are larger, more heavy-duty containers designed for transporting a larger
quantity of vaccines and other temperature-sensitive products. They are typically
constructed of insulated materials and fitted with cooling systems to maintain a
constant temperature. Cold boxes are commonly used for transporting vaccines from
one fixed vaccine store to another or to healthcare institutions.

Cold boxes come in sizes ranging from 5 to 25 liters and can be divided into two
groups based on the range:

**Shorter journeys**: up to 48 hours of cold storage life at 43 degrees Celsius.

**Extended range**: up to 96 hours of minimal cold at 43 degrees Celsius.

Cold boxes are particularly useful for longer distances or challenging settings,
such as high ambient temperatures or remote areas without access to electricity.
Additionally, they serve as interim substitutes for refrigerators in case of malfunction
or defrosting.

## The Role of Temperature Monitoring

Temperature monitoring is an essential aspect of maintaining the integrity of the
cold chain for temperature-sensitive products, such as vaccines. Temperature-sensitive
products must be stored and transported within a specific temperature range to ensure
their efficacy and safety. Vaccine carriers and cold boxes play a crucial role in
maintaining the temperature range of these products during storage and transportation.
However, it is equally important to monitor the temperature of these carriers and
boxes to ensure that the products remain within the required temperature range.

Temperature monitoring in vaccine carriers and cold boxes involves the use of specialized
equipment, such as data loggers and real-time monitoring systems, to measure and
record the temperature of the carriers and boxes. These devices are designed to 
provide accurate and reliable temperature readings, which can be used to ensure 
that temperature-sensitive products are stored and transported within the required
temperature range.

Data loggers are one of the most commonly used temperature monitoring devices in
the pharmaceutical industry. These devices are small and portable, and they are 
designed to record temperature readings at regular intervals. The data can be downloaded
from the device and analyzed to ensure that the temperature-sensitive products have
been stored and transported within the required temperature range.

Real-time monitoring systems are another popular temperature monitoring device. 
These systems use wireless sensors to measure and record the temperature of the 
vaccine carriers and cold boxes in real time. The data is transmitted wirelessly
to a central monitoring system, where it can be analyzed in real-time. Real-time
monitoring systems provide instant alerts if the temperature of the vaccine carriers
or cold boxes falls outside the required range, allowing for immediate action to
be taken to prevent damage to the temperature-sensitive products.

Temperature monitoring in vaccine carriers and cold boxes are essential for several
reasons. First and foremost, this ensures the efficacy and safety of temperature-
sensitive products, such as vaccines. If the temperature of these products falls
outside the required range, they can lose their efficacy or even become harmful.
Temperature monitoring ensures that the products remain within the required temperature
range, reducing the risk of product loss and potential harm to patients.

Temperature monitoring also helps to reduce waste in the pharmaceutical industry.
Improper temperature control can lead to the loss of temperature-sensitive products,
which not only wastes valuable resources but also reduces the availability of vaccines
and other critical medications.

In addition, temperature monitoring helps to ensure regulatory compliance. The pharmaceutical
industry is subject to strict regulations regarding the storage and transportation
of temperature-sensitive products. Temperature monitoring helps to ensure compliance
with these regulations, reducing the risk of fines and other penalties.

Vaccine carriers and cold boxes are critical components of the cold chain system
for transporting temperature-sensitive products like vaccines. They play a vital
role in maintaining the required temperature range during storage and transportation
to ensure the safety and efficacy of these products. The use of vaccine carriers
and cold boxes are crucial in the current global health crisis as they help ensure
that vaccines are transported safely and effectively to their intended recipients.

It is important to note that temperature monitoring is an essential aspect of maintaining
the integrity of the cold chain. Data loggers and real-time monitoring systems are
popular devices used in the pharmaceutical industry for this purpose. They are designed
to measure and record the temperature of vaccine carriers and cold boxes, providing
accurate and reliable temperature readings.

At this point, it is important to take the necessary steps to ensure that vaccine
carriers and cold boxes are appropriately utilized in the transportation and storage
of temperature-sensitive products. With the critical role that vaccine carriers 
and cold boxes play in ensuring the safety and efficacy of vaccines, it is crucial
to use high-quality products and temperature monitoring systems.

[ZedBlox ActiPod](http://20.64.86.45/products-actipod/) ensures the safety and effectiveness
of temperature-sensitive products during transportation and storage, making it a
reliable and essential tool for pharmaceutical companies and healthcare institutions.
Contact us today to learn more about our product and how it can help you maintain
the integrity of your cold chain.

![Actipod Features](http://20.64.86.45/wp-content/uploads/2023/04/Actipod-Features-
300x212.jpeg)

 

### References:

[https://www.frontiersin.org/](https://www.frontiersin.org/)

[https://www.sciencedirect.com/](https://www.sciencedirect.com/)

[https://www.who.int/](https://www.who.int/)