Molecolar and cell biology / Consumables and accessories for instruments

Membranes

Molecolar and cell biology

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LiveBox Membranes

LiveBox Membranes

Material

cod

Specifications

cell culture treated

More details

Suggested use IVTech technology

PET

a09-2a

Pore size 0.45 um, pores density 2*10^6, thickness 12 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PET

a09-2a-6t

Pore size 0.45, pores density 2*10^6. Thickness 12 um, d. 47 mm

Yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PET

a09-3

Pore size 1 um, pores density 2*10^6, thickness 11 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PET

a09-4a

Pore size 3 um, pores density 8*10^5, thickness 9 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PET

a09-5

Pore size 8 um, pore density 6*10^4, thickness 16 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

 

 

PC

a09-7

Pore size 3 um, pores density 1.6*10^6, thickness 22 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PC

a09-8

Pore size 8 um, pores density 1*10^5, thickness 12 um

yes

Transparent

study of substance pemeability, cell culture in adesion conditions, cells monitoring

PC

a09-9

Pore size 0.4 um, pores density 1.5*10^8, thickness 25 um

yes

Translucent

study of substance pemeability, cell culture in adesion conditions

 

 

Nylon

a10-7

Square mesh, mesh layer 20 um, porosity 14%, hydrophilic

no

Whyte

scaffold perfusion (scaffold placed in LB2 apilcal chamber), sferoids or cells aggregates in floating conditions (placed in LB2 bottom chamber)

Nylon

a10-8

Square mesh, mesh layer 30 um, porosity 17%, hydrophilic

no

Whyte

scaffold perfusion (scaffold placed in LB2 apilcal chamber), sferoids or cells aggregates in floating conditions (placed in LB2 bottom chamber)

Nylon

a10-9

Square mesh, mesh layer 41 um, porosity 31%, hydrophilic

no

Whyte

scaffold perfusion (scaffold placed in LB2 apilcal chamber), sferoids or cells aggregates in floating conditions (placed in LB2 bottom chamber)

Nylon

a10-12

Square mesh, mesh layer 100 um, porosity 44%, hydrophilic

no

Whyte

scaffold perfusion (scaffold placed in LB2 apilcal chamber), sferoids or cells aggregates in floating conditions (placed in LB2 bottom chamber)


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