ibidi 流體實驗 魯爾接口 粘撕式載玻片/ r/
產品名稱： ibidi 流體實驗 魯爾接口 粘撕式載玻片/ r/
英文名稱： sticky-Slide I Luer
產品編號： 81128 80168 80178 80188 80198 10812
產品價格： 0
產品產地： 德國
品牌商標： ibidi
更新時間： 2023-08-17T17:25:28
使用范圍： null
上海凈信實業發展有限公司
- 聯系人 : 邵瓊
- 地址 : 上海市松江區曹農路5弄40號
- 郵編 : 201100
- 所在區域 : 上海
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?A bottomless channel slide used for perfusion applications with a self-adhesive underside to which bespoke substrates can be mounted
·?????????????????????????????????Versatile?– i.e., permits the mounting of a variety of bottom materials
·?????????????????????????????????Available in various channel heights from 0.1 to 0.8 mm
Applications:
·?????????????????????????????????Inserting materials or tissue into perfusion channels
·?????????????????????????????????Running of?shear stress experiments?on any substrate
·?????????????????????????????????Usable with a range of bottom materials, such as plastic sheets, silicon chips, and glass slides
Technical Features:
·?????????????????????????????????Bottomless slide
·?????????????????????????????????Self-adhesive underside
·?????????????????????????????????Cell culture tested biocompatible adhesive
·?????????????????????????????????Adheres to all flat surfaces, even wet surfaces
·?????????????????????????????????Includes female Luer adapters for connection to tubing and pump systems
·?????????????????????????????????Sterile packaging
·?????????????????????????????????Suitable coverslips available
·?????????????????????????????????Specifications identical to those of the?μ-Slide l Luer, except that it has no bottom
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Specifications:
?
|
sticky-Slide I
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0.1 Luer
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0.2 Luer
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0.4 Luer
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0.6 Luer
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0.8 Luer
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Volume of the channel (μl)
|
25
|
50
|
100
|
150
|
200
|
|
Height of the channel (μl)
|
100
|
200
|
400
|
600
|
800
|
|
Channel length
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50 mm
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Adapters
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Female Luer
|
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Volume per reservoir
|
60 μl
|
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Growth area per channel
|
2.5 cm2
|
||||
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Bottom
|
none
|
||||
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Example 1:?
Sample Insertion into a Channel for Perfusion Studies
Sample Insertion into a Channel for Perfusion Studies
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Example 2:?
Setup of a Sample Squeezed into a Channel
Setup of a Sample Squeezed into a Channel
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