Biochips For Cell Adhesion & Culture Under Flow
WPI offers Cellix Biochips for a wide range of applications across the life sciences including biofilm studies, shear stress studies, ligand studies, rolling and adhesion assays, and single cell studies.
Biochips For Cell Adhesion & Cell Culture Under Flow
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Vena8 Fluoro+ BiochipCell-Ligand / Cell-Protein adhesion Each biochip contains 8 capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow. These biochips are compatible with confocal microscopy.
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Vena8 Endothelial+ BiochipCell culture & cell-cell adhesion Each biochip contains 8 capillaries in parallel which can be seeded with endothelial cells for culture of 8 monolayers in parallel and subsequent study of cell-cell interaction studies under shear flow.
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Vena8 Biochip With Glass CoverslipsCell-Ligand & cell-cell adhesion
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Vena Delta Y1 BiochipThe VenaDeltaY1 biochips contain branching microchannels for dual flow / dual injection of samples. Ideal for studying chemotactic gradients, dual flow, multilaminar flow & diffusion. Each biochip contains 4 Y-shaped capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the Y-channel branch.
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Vena Delta Y2 BiochipThe VenaDeltaY2 biochips contain branching microchannels for dual flow / dual injection of samples. Ideal for studying chemotactic gradients, dual flow, multilaminar flow & diffusion. Each biochip contains 4 Y-shaped capillaries at both ends in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the Y-channel branch.
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Vena Delta T BiochipThe VenaDeltaT biochip contains 4 T-junction shaped capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the T-channel branch.
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Vena Delta W BiochipThe VenDeltaW biochip contains 2 W-junction shaped capillaries and 1 Y-junction shaped capillary in the centre which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the W or Y-channel branch.
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V8CF-400-100-02P10
Vena8 Fluoro+ Biochip Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow.
Each 10 pack contains 80 assays.
These biochips are compatible with confocal microscopy.
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
V8CF-400-100-02P5
Vena8 Fluoro+ Biochip Pack 5
Each biochip contains 8 capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow.
Each 5 pack contains 40 assays.
These biochips are compatible with confocal microscopy.
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
V8EP-800-120-02P10
Vena8 Endothelial+ Biochip Pack 10
Each biochip contains 8 capillaries in parallel which can be seeded with endothelial cells for culture of 8 monolayers in parallel and subsequent study of cell-cell interaction studies under shear flow.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
V8EP-800-120-02P5
Vena8 Endothelial+ Biochip Pack 5
Each biochip contains 8 capillaries in parallel which can be seeded with endothelial cells for culture of 8 monolayers in parallel and subsequent study of cell-cell interaction studies under shear flow.
Each 5 pack contains 40 assays.
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
VT4-400-100-2-1P10
VenaT4 Biochip Pack 10
Each biochip contains 4 capillaries in parallel with a membrane of pore size 2-10 um diameter separating them from a microwell underneath. Chemoattractants can be placed inside the well for subsequent study of cell migration through the membrane under shear flow.
Each pack contains 10 biochips = 40 assays.
Pore size choices: 2um; 5um; 8um or 10um.
V4DY1-400-100-1-1P10
VenaDeltaY1 Biochip Pack 10 - Dimensions of microchannels: 400 (W) x 100 (D)
Each biochip contains 4 Y-shaped capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the Y-channel branch.
Each pack contains 10 biochips = 40 assays.
There are two different sizes of microchannels available. Dimensions of microchannels: 400 (W) x 100 (D).
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
MINIMUM ORDER OF 6 PACKETS
V4DY1-800-120-1-1P10
VenaDeltaY1 Biochip Pack 10 - Dimensions of microchannels: 800 (W) x 120 (D)
Each biochip contains 4 Y-shaped capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the Y-channel branch.
Each pack contains 10 biochips = 40 assays.
There are two different sizes of microchannels available. Dimensions of microchannels: 800 (W) x 120 (D).
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
MINIMUM ORDER OF 6 PACKETS
V4DY2-600-100-2-1P10
VenaDeltaY2 Biochip Pack 10 - Dimensions of microchannels: 600 (W) x 100 (D)
Each biochip contains 4 Y-shaped capillaries at both ends in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the Y-channel branch.
Each pack contains 10 biochips = 40 assays.
Dimensions of microchannels: 600 (W) x 100 (D).
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
MINIMUM ORDER OF 6 PACKETS
V4DT-400-100-1-1P10
VenaDeltaT Biochip Pack 10
Each biochip contains 4 T-junction shaped capillaries in parallel which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the T-channel branch.
Each pack contains 10 biochips = 40 assays.
Dimensions of microchannels: 400 (W) x 100 (D).
Compatible with Mirus Evo Nanopump, Kima pump. Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
VDW-400-100-1-1P10
VenaDeltaW Biochip Pack 10
Each biochip contains 2 W-junction shaped capillaries with one Y-junction shaped capillary in the centre which can be coated with different adhesion molecules for cell receptor-ligand (i.e. cell-matrix interactions) studies under shear flow with dual-injection (chemotaxis experiments) or for investigation of thrombi formation at the W or Y-channel branch.
Each pack contains 10 biochips = 30 assays.
Dimensions of microchannels: 400 (W) x 100 (D).
Compatible with ExiGo, UniGo, 4U, Mirus and Kima Pumps.
MIXED-BIOCHIPS-02P10
Mixed Biochip Pack 10
Mixed biochip pack; may contain Vena8 Fluoro+; Vena8 Endothelial+ Biochips
SAMPLE-BIOCHIPS-01P2
Sample Biochip Pack 2
Mixed biochip pack; may contain Vena8 Fluoro+; Vena8 Endothelial+ Biochips
SAMPLE-VENAT4-BIOCHIPS-01P2
Sample VenaT4 Biochip Pack 2
2 x VenaT4 biochips.
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V8GCS-A-T-Cu2+Htag-1600-160-P10
Vena8 with Glass Coverslips Adhered, Treated with Cu2+ histidine tag; Low Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip treated with chelated Cu2+ ion tethered to the high-density PEG coating. The surface of the microcapillaries is easily coated via pipetting the protein into the capillary which then binds via the poly-histidine tag.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 0.1 - 2 dyne/ cm2 (water based solution) and 0.45 - 9 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 1 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-A-T-Cu2+Htag-800-80-P10
Vena8 with Glass Coverslips Adhered, Treated with Cu2+ histidine tag; High Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip treated with chelated Cu2+ ion tethered to the high-density PEG coating. The surface of the microcapillaries is easily coated via pipetting the protein into the capillary which then binds via the poly-histidine tag.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 20 - 40 dyne/ cm2 (water based solution) and 90 - 180 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 4 - 10 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-A-T-NHS_02-1600-160-P10
Vena8 with Glass Coverslips Adhered, Treated with NHS leaving group on PEG brush; Low Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip treated with NHS leaving group on PEG brush for the immobilization of un-tagged protein, peptide or other -NH2 functional molecules.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 0.1 - 2 dyne/ cm2 (water based solution) and 0.45 - 9 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 1 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-A-T-NHS_02-800-80-P10
Vena8 with Glass Coverslips Adhered, Treated with NHS leaving group on PEG brush; High Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip treated with NHS leaving group on PEG brush for the immobilization of un-tagged protein, peptide or other -NH2 functional molecules.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 20 - 40 dyne/ cm2 (water based solution) and 90 - 180 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 4 - 10 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-A-NT-1600-160-P10
Vena8 with Glass Coverslips Adhered, Non-treated; Low Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip which is non-treated .
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 0.1 - 2 dyne/ cm2 (water based solution) and 0.45 - 9 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 1 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-A-NT-800-80-P10
Vena8 with Glass Coverslips Adhered, Non-treated; High Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The bottom substrate is a glass coverslip which is non-treated .
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 20 - 40 dyne/ cm2 (water based solution) and 90 - 180 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 4 - 10 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-NA-NT-1600-160-P10
Vena8 with Glass Coverslips Not Adhered, Non-treated; Low Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The protective cover on the bottom of the chips is peeled away to reveal adhesive tape to which glass coverslip which is non-treated (supplied) can be adhered. It is also possible to adhere different materials that the user may have.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 0.1 - 2 dyne/ cm2 (water based solution) and 0.45 - 9 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 1 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
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V8GCS-NA-NT-800-80-P10
Vena8 with Glass Coverslips Not Adhered, Non-treated; High Flow Rates; Pack 10
Each biochip contains 8 capillaries in parallel which can be coated with a protein or seeded with cells or microbes and subsequent study of drug interaction, imaging or molecular biology studies under shear flow.
The protective cover on the bottom of the chips is peeled away to reveal adhesive tape to which glass coverslip which is non-treated (supplied) can be adhered. It is also possible to adhere different materials that the user may have.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 20 - 40 dyne/ cm2 (water based solution) and 90 - 180 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 4 - 10 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
V8-Adhesive-1600-160-P10
Vena8 with adhesive bottom layer; Low Flow Rates; Pack 10
These biochips have a protective cover which can be peeled away to reveal adhesive bottom layer to which any material may be attached by the user.
Each biochip contains 8 capillaries in parallel which can be assembled with a substrate from the user.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 0.1 - 2 dyne/ cm2 (water based solution) and 0.45 - 9 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 1 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
Particularly suited for biofilm applications with Kima pump achieving shear stresses of 1dyne/ cm2 where different substrate materials may be easily tested.
V8-Adhesive-800-80-P10
Vena8 with adhesive bottom layer; High Flow Rates; Pack 10
These biochips have a protective cover which can be peeled away to reveal adhesive bottom layer to which any material may be attached by the user.
Each biochip contains 8 capillaries in parallel which can be assembled with a substrate from the user.
Each 10 pack contains 80 assays.
Compatible with ExiGo, UniGo, 4U, Mirus for shear stresses of 20 - 40 dyne/ cm2 (water based solution) and 90 - 180 dyne/ cm2 (whole blood).
Compatible with Kima pump for shear stresses of 4 - 10 dyne/ cm2 (water based solution); Kima pump not compatible with whole blood.
Particularly suited for biofilm applications with Kima pump achieving shear stresses of 1dyne/ cm2 where different substrate materials may be easily tested.
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