Slides

ACLAR® UltRx is a PCTFE homopolymer film. It is successfully used to grow cells, perform high-pressure-freezing (HPF) and as barrier film for embedding. It is sterilizable by heat or radiation.

ACLAR® offers an outstanding moisture barrier, excellent chemical resistance, thermal stability and low dimensional change (<6%). It is crystal clear, biochemically inert, plasticizer and stabilizer free.

ACLAR® 33C is a copolymer film consisting primarily of chlorotrifluoroethylene (CTFE). It offers an outstanding moisture barrier, excellent chemical resistance and minimal dimensional change (<2%). It is crystal clear, biochemically inert and free of plasticizers and stabilizers. The film also provides a good basis for cell growth. It is used successfully for high pressure freezing (HPF) and as a flexible barrier for embedding.

ACLAR® 33C is a copolymer film consisting primarily of chlorotrifluoroethylene (CTFE). It offers an outstanding moisture barrier, excellent chemical resistance and minimal dimensional change (<2%).

ACLAR® 33C is a copolymer film consisting primarily of chlorotrifluoroethylene (CTFE). It offers an outstanding moisture barrier, excellent chemical resistance and minimal dimensional change (<2%).

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.

Nitrocellulose-coated (NC) slides for protein microarrays, cell lysate arrays, tissue printing and other applications. The ONCYTE® AVID™ nitrocellulose-coated substrates are for applications that require the highest possible protein binding affinity and capacity. Therefore AVID™ slides are characterized by unparalleled protein binding capacity and affinity, making them ideal for colometric and infrared applications that require extremely high levels of binding.