Microarray Slides
Electron Microscopy Sciences Oncyte Slide Avid, 1 well, 21 x 71 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for the highest possible protein binding for colometric and infrared.
Wells: 1
I.D.: 21 x 71 mm
Electron Microscopy Sciences Oncyte Microtiter Plates Avid, 384 square, 2.5 x 2.5 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for Highest possible protein binding. SBS Compliant w/Glass Substrate.
Wells: 384
I.D.: 2.5 x 2.5 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 1 well, 22x53mm 0.6mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 1 well
I.D.: 22 x 53 mm
Depth: 0.6 mm
O.D.: 26 mm x 57 mm
Electron Microscopy Sciences Oncyte Slide Avid, 4 well, 15 x 15 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for the highest possible protein binding for colometric and infrared.
Wells: 4
I.D.: 15 x 15 mm
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 8 wells, 9mm 1.7mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 8 wells
I.D.: 9 mm
Depth: 1.7 mm
O.D.: 26 mm x 51 mm
MSC SAVAGE by SWANSON Aluminum Square, 24 inch Blade, 16 inch Base
This aluminum square is designed for various construction and carpentry tasks, including calculating rafter angles, creating stairways, and determining octagon layouts. It features precision laser etching for accurate measurements.
- Blade length of 24 inch
- Base length of 16 inch
- Measures 90 degree angles
- Graduation of 0.1250 in (1/8)
- Constructed from durable aluminum
- Features precision laser etching
- Thickness of 0.12 inch
- Suitable for calculating rafter angles, creating stairways, and calculating octagons
Amsbio LLC FDA Standard Frozen Tissue Array - Mouse Normal
FDA Standard Frozen Tissue Array - Mouse Normal
US Biomax Inc SMN601 : Normal small intestine tissue array, including TNM, clinical stage and pathology grade, 30 cases/ 60 cores
Normal small intestine tissue microarray, containing 7 cases of normal duodenum tissue, 12 cases of normal small intestine tissue, plus 3 cases of adenocarcinoma, duplicate cores per case
Electron Microscopy Sciences Oncyte Slide Avid, 1 well, 15 x 69 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. AVID for the highest possible protein binding for colometric and infrared.
Wells: 1
I.D.: 15 x 69 mm
Electron Microscopy Sciences Oncyte Microtiter Plates Nova, 96 round, 6 mm I.D.
ONCYTE is a three-dimensional microarray comprised of a combination of nitrocellulose polymer and proprietary chemistry that provides increased protein affinity and binding. It also provides enhanced fluorescent chemiluminescent, radiographic, colormetric and visual signal compared to glass or other coated glass surfaces. NOVA for highest fluorescent sensitivity, reduced binding. SBS Compliant w/Glass Substrate.
Wells: 96
I.D.: 6 mm diameter
Electron Microscopy Sciences Secure-Seal™ Hybridization Chambers 2 wells, 21.5x34.5mm 0.6mm deep
SecureSeal adhesive chambers form peel-and-stick enclosures to isolate specimens affixed to glass microscope slides. RNase free, gasketed chambers provide optimum surface-to-volume fluid dynamics for hybridization assays on large or multiple specimens and genomic arrays on glass slides or film coated slides. Sealable access ports. Removes easily. All Hybridization Chambers have 1.5 mm diameter Ports and come with 120 Port Seals.
Wells: 2 wells
I.D.: 21.5 x 34.5 mm
Depth: 0.6 mm
O.D.: 25 mm x 51 mm
Electron Microscopy Sciences ProPlate™ MicroArray Slide Slide Module 8 Well, 7 x 16 mm I.D., Delrin Snap Clips
ProPlate re-usable, multi-well chambers fit 25 x 75 mm glass microscope slides. Chambers depth of 7.5 mm. Delrin Snap Clips are easily applied and removed, allowing up to 4 chambered slides to be inserted into a tray.
I.D.: 7 x 16 mm
Includes: Delrin Snap Clips
Electron Microscopy Sciences Ultraclean Slide
UltraClean substrate provides users with a pristine glass surface which can be used in any coating process compatible with glass such as silanization and polylysine. Manufactured from the highest quality low fluorescence glass. UltraClean substrates are manufactured in a precise and controlled process incorporating HEPA filtration. This ensures a clean and consistent surface for optimum performance in microarray applications. Flatness is <10 um variation. Printable area: 20 x 70 mm.