By combining OoC technology with 3D bioprinting、This allows precise placement of

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By combining OoC technology with 3D bioprinting、This allows precise placement of various cell types and complex tissue structures.、Improved ability to create complex, physiologically relevant tissue models。Advances in microfluidics and biomaterials are also essential for the development of OoC devices.、It allows for the creation of dynamic environments that mimic the fluid flows and mechanical forces present in human organs.。Researchers are currently、Integrating multiple organ chips、Simulate the interactions between different organs、We are working to develop body-on-a-chip systems that can provide a more comprehensive understanding of drug effects and disease mechanisms.。

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By combining OoC technology with 3D bioprinting、This allows precise placement of various cell types and complex tissue structures . 、Improved ability to create complex , physiologically relevant tissue models 。 Advances in microfluidics and biomaterials are also essential for the development of OoC devices . 、It allows for the creation of dynamic environments that mimic the fluid flows and mechanical forces present in human organs .。 Researchers are currently、Integrating multiple organ chips、Simulate the interactions between different organs、We are working to develop body-on-a-chip systems that can provide a more comprehensive understanding of drug effects and disease mechanisms .。

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By combining OoC technology with 3D bioprinting、This allows precise placement of various cell types and complex tissue structures.、Improved ability to create complex, physiologically relevant tissue models。Advances in microfluidics and biomaterials are also essential for the development of OoC devices.、It allows for the creation of dynamic environments that mimic the fluid flows and mechanical forces present in human organs.。Researchers are currently、Integrating multiple organ chips、Simulate the interactions between different organs、We are working to develop body-on-a-chip systems that can provide a more comprehensive understanding of drug effects and disease mechanisms.。

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worst quality, low quality, bad anatomy, bad hands, bad body, missing fingers, extra digit, fewer digits

CFG-Scale

7

Schritte

30

Sammler

DPM++ 2M Karras

Seed

3201930418

Clip Skip

1

Bildgröße

832 X 1216

Modell

Juggernaut XL

Erstellen

Größe

1664X2432

Datum

Jun 11, 2024

Modell

SDXL

Typ

upscale

Checkpoint & LoRA

Checkpoint

Juggernaut XL

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