Lab-on-FluidChip

[Lab-on-FluidChip @LabonFluidchip]

#SingleCell #SingleCellHandling #CellHandling #AdherentCells #CellResearch #SingleCellAnalysis #CellBiology #Microarray #LabOnChip

[Lab-on-FluidChip @LabonFluidchip]

Watch the Video
https://t.co/3UFnQEMvJZ
Precise Handling of Adherent Cells Collect and transfer individual adherent cells with precision.
See the actual process with mouse C2C12 myotubes, mouse ovarian-derived cells, and mouse lung cancer cells in a single-cell microarray chip.

[Lab-on-FluidChip @LabonFluidchip]

Shop Now → https://t.co/tFC21LCAF1

[Lab-on-FluidChip @LabonFluidchip]

🎥 Watch the video to see how it works!　https://t.co/R8vzFfkhD3

#細胞研究 #細胞 #遺伝子解析 #シングルセル #singlecell #cell #labonchip #Droplet #乳化剤 #emulsifiers #界面活性剤 #surfactant #bio #biology #cellbiology
#cell
#droplets
#細胞研究
#surfactants
#emulsifiers

[Lab-on-FluidChip @LabonFluidchip]

펌프 없이, 오직 진공으로! 💨 진공 압력을 이용해 펌프 없이도 간편하게 유체를 이송합니다. 🧪✨
#CellResearch #Cell #SingleCellGeneAnalysis #SingleCell #singlecell #cell #labonchip #Droplet #Emulsifier

[Lab-on-FluidChip @LabonFluidchip]

작동 원리는 무엇일까요? 고진공 챔버 안에 진공을 형성한 후 대기압이 회복될 때, 기압 차이로 인해 흡입력이 발생합니다. 이 힘이 기체나 액체를 미세 채널과 챔버로 끌어당겨 펌프 없이도 유체를 이송할 수 있게 합니다.

[Lab-on-FluidChip @LabonFluidchip]

Sin bomba, ¡solo vacío! 💨 Suministro de fluidos simple e innovador mediante presión de vacío, sin necesidad de bombas. 🧪✨
#CellResearch #Cell #SingleCellGeneAnalysis #SingleCell #singlecell #cell #labonchip #Droplet #Emulsifier

Shop Now → https://t.co/tFC21LCAF1

[Lab-on-FluidChip @LabonFluidchip]

¿Cómo funciona? Al crear un vacío en la cámara, la diferencia de presión succiona el gas o líquido hacia los microcanales cuando vuelve la presión atmosférica, permitiendo mover fluidos sin bombas.

[Lab-on-FluidChip @LabonFluidchip]

No Pump! Just Vacuum!
Simple, pump-free fluid delivery using vacuum pressure.
#CellResearch #Cell #SingleCellGeneAnalysis #SingleCell #singlecell #cell #labonchip #Droplet #Emulsifier
🎥 See how it works:
Watch the video

[Lab-on-FluidChip @LabonFluidchip]

How does it work?
By creating a vacuum in a high-vacuum chamber, the pressure difference generates a suction force when atmospheric pressure is restored. This force draws gas or liquid into the microchannels and chambers, enabling pump-free fluid delivery.

[Lab-on-FluidChip @LabonFluidchip]

#Volvox #Bio #Biology #CellBiology #DrugDiscovery #Cell #Droplet

[Lab-on-FluidChip @LabonFluidchip]

What is a Microfluidic Chip?

A microfluidic chip uses microscale channels and structures to control tiny amounts of liquids or gases for chemical and biological reactions and analysis.

🛒 Shop: Labon Shop

[Lab-on-FluidChip @LabonFluidchip]

#Volvox #Biología #BiologíaCelular #DescubrimientoDeFármacos #Células #Droplet

[Lab-on-FluidChip @LabonFluidchip]

¿Qué es un chip microfluídico?

Un chip microfluídico utiliza microcanales y microestructuras para controlar pequeñas cantidades de líquidos o gases en reacciones y análisis químicos y biológicos.

🛒 Tienda: Labon Shop

[Lab-on-FluidChip @LabonFluidchip]

#Volvox #生物學 #細胞生物學 #藥物探索 #細胞 #液滴

[Lab-on-FluidChip @LabonFluidchip]

什麼是微流體晶片？

微流體晶片透過微米級流道與微結構控制微量液體或氣體，用於化學、生物反應與分析。

🛒 線上商店： Labon Shop

[Lab-on-FluidChip @LabonFluidchip]

#Volvox #생물학 #세포생물학 #신약개발 #세포 #Droplet

[Lab-on-FluidChip @LabonFluidchip]

마이크로플루이딕 칩이란?

마이크로플루이딕 칩은 마이크로미터 크기의 미세 유로와 구조를 이용해 미량의 액체나 기체를 제어하며, 화학·바이오 반응 및 분석에 활용됩니다.

🛒 EC 스토어: Labon Shop

[Lab-on-FluidChip @LabonFluidchip]

#Volvox #生物学 #细胞生物学 #药物发现 #细胞 #液滴

[Lab-on-FluidChip @LabonFluidchip]

什么是微流控芯片？

微流控芯片通过微米级流道和微结构控制微量液体或气体，用于化学、生物反应与分析。
Labon Shop
https://t.co/nk6SKzL87p