ワクチンのコールドチェーン管理にLoRaWANテクノロジーを利用する方法

ワクチンのコールドチェーン管理に関するLoRaWANテクノロジー

With the continuous distribution and transportation of vaccines in different parts of the world, it is essential to have efficient vaccine storage and a reliable transportation system. MOKOLoRaで, we always ensure that the precious vaccine cold chain management system keeps various vaccines free from contamination.

As vaccines require extraordinary environs, it is at times tricky and challenging to store and transport them. Storing vaccines in a cold chain reduces the risk of spoilage. さらに, ワクチンの保管には、コールドチェーンによってのみ提供および維持される絶対温度値が必要です. LoRaWANテクノロジーは、コールドチェーンが効果的に機能し、必要な仕様に従ってワクチンを維持することを保証します.

テクノロジーは急速かつ絶えず変化しているため, すべてのニーズに対応するカスタムソリューションを開発することは重要です. MOKOLoRaは、これらすべてのソリューションを可能な限り迅速に実現します. 当社のLoRaWANテクノロジーワクチンコールドチェーン温度デバイス LW002-TH と LW003-B make the storage and transportation processes more effective. Some benefits of vaccine cold chain management solutions are;

• Temperature and humidity monitoring
• Smart security management
• Location tracking
• Data aggregation
• Sensing ambient lights

Features of MOKOLoRa vaccine temperature monitoring devices

1. LoRaWANテクノロジーの温度を時間の経過とともに監視および記録できます
2. 収集した温度データを定期的にパソコンに送信する
3. その温度表示は常にアクティブで読みやすいです
4. バッテリー残量低下インジケーターがあります
5. その精度は常に範囲内です +/- 1 程度
6. 範囲外の温度アラームがあります
7. 緩衝材でしっかり固定
8. そのロギング間隔はユーザーがプログラム可能です
9. そのメモリストレージは最大で記録することができます 4,000 読み値
10. 現在を表示します, 最小, と最高温度

How does the LoRaWAN Technology sensor work on vaccine cold chain management

It is essential to always have real-time visibility into the vaccines surrounding storage conditions. This ascertains that the vaccines are stored under the recommended temperatures. MOKOLoRa has developed gadgets called the LoRaWAN technology vaccine temperature monitoring devices for this solution. The device has a sensor that allows you to easily track the temperature of your vaccine cold chain in real-time using your phone. This end-to-end MOKOLoRa vaccine temperature monitoring device competently tackles all vaccine storage challenges.

LoRaWAN technology vaccine temperature sensors work by tracking and recording real-time information of the vaccine’s storage and distribution conditions. It feeds the user with accurate data essential for making real-time adjustments to the required conditions of storing vaccines. This ascertains the user that the vaccine doses are kept safe and that they maintain their effectiveness.

The main challenge encountered during vaccine distribution

近々, most medical companies have been trying to develop vaccines at a first-time rate. One major challenge these companies are facing when distributing vaccines logistics is complex. This has been posed as a unique challenge since most vaccines must be kept at extremely low temperatures during storage and distribution processes.

The LoRaWAN technology has a solution to this cold chain management challenge. Its vaccine temperature monitoring device has an operating temperature of between -40 に +60 degrees Celsius and a long-lasting battery life of over 10 年. The LoRaWAN technology vaccine temperature sensors display accurate real-time data and are easily deployable in various environments. All the data captured by the sensor is collected by a LoRaWAN Technology Gateway that provides all-time connectivity. その上, the gateway has an emergency 4-hours battery backup that prevents any loss of the data collected.

Risk management

Besides poor stock management, vaccines also encounter other risks associated with storage and transportation qualities and exposure to extremely low or high temperatures. One main challenge facing vaccines is exposure to freezing. 最近では, the exposure of vaccines to sub-zero temperatures is very common, where it occurs mainly during the cold chain transportation stages.

Protection of vaccines

To preserve the quality of vaccines, they must all be protected from extremely low or high temperatures and other environmental risks.
Sensitivity to temperature and light

Everyone who handles any vaccine must be aware of the product’s temperature sensitivities to apply in their program and the product’s recommendable temperatures of storage and distribution. さらに, they must know how to prevent freezing and exposure to heat and light from safeguarding the vaccines from damages.

Vaccine’s heat sensitivity

Heat exposes the vaccines to the potency of losing their effectiveness. All vaccines are at risk of losing their effectiveness over time. さまざまな種類のワクチンは、さまざまな熱感受性を持っています. さらに, すべてのタイプのワクチンは、他の異なるブランドとは異なる熱感受性を持っています.

Vaccine’s freeze sensitivity

経口ポリオワクチンや はしかワクチン 凍結に耐えることができます. でも, アルミニウム塩アジュバントを含むすべてのワクチンは、凍結によって不可逆的に損傷する可能性があります. アジュバントワクチンが凍結されたとき, それは一緒に凝集します, それにより、その免疫学的特性に悪影響を及ぼします.

Vaccine’s photosensitivity

BCGのようないくつかのワクチン, 風疹, and measles are exposed to UV rays tend to lose their potency. これによると, most manufacturers store these vaccines in dark glass-made bottles. As vaccines are sensitive to light, it is important to protect their primary containers from exposure to sunlight and UV-emitting artificial light sources like compact fluorescent tubes. This is particularly significant during the supply chain periphery stage when removing the vaccines from their secondary cartons.

Recommended vaccine storage temperatures

ワクチンを保管するための推奨温度は +2 に +8 摂氏. 経口ポリオワクチンは、以下の温度範囲の冷凍庫に保管する必要があります -25 に -15 摂氏でその効力をより長く維持する. その上, 希釈剤を詰めて凍結乾燥させたワクチンは絶対に凍結しないでください.