Sino Biological provides a comprehensive range of recombinant CEACAM proteins and corresponding CEACAM antibodies for crucial research, aiding investigations into CEACAM interactions with pathogens and their potential in new medical discoveries.
The isoCell helps automate your single-cell cloning experiments without complex protocols. This instrument miniturises cell culture volumes and almost eliminates all manual pipetting steps. Utilising our GRID technology, users can confidently confirm monoclonality on day 0. With a compact footprint and easy-to-use interface, the isoCell is one of the smallest but most powerful instruments for single-cell cloning available.
The isoPick enables gentle single-cell isolation for a range of downstream applications such as single-cell cloning or analysis. Compatible with a variety of cell types, shapes, and sizes, the isoPick allows you to seamlessly acquire your single cells of interest. With a compact footprint, optional sample cooling, and automated handling of small liquid volumes, this instrument delivers the cells that matter to you with ease.
The scPicking Platform facilitates easy visualisation and gentle isolation of your single cells of interest. Compatible with a range of cell types, it allows you to seamlessly acquire your single cells of interest for an array of downstream applications. Offering automated handling of small liquid volumes, optional cooling, imaging, and fluorescence capabilities, it delivers the individual cells that matter to you with ease.
axoCells Neural Maintenance Media (500ml) optimized for maximum post-thaw recovery of neural cells for neuroscience research. Suitable for use with axoCells Cortical Neurons and Inhibitory Interneurons.
axoCells Neural Plating Media (30ml) optimized for culture of neural cells for neuroscience research. Suitable for use with axoCells Cortical Neurons, Inhibitory Interneurons and Sensory Neurons.
axoCells Human FGF2 (100 µg) is a xeno-free growth supplement necessary for promoting astrocyte survival for neuroscience research. Suitable for use with axoCells Astrocytes.
axoCells Human EGF (100 µg) is a xeno-free growth supplement necessary for promoting neurogenesis of cells for neuroscience research. Suitable for use with axoCells Neural Stem Cells.
axoCells Fibronectin (100 µl) is an optimized human fibronectin coating solution for the culturing of axoCells Atrial and Ventricular Cardiomyocytes.
axoCells SureBond-XF (1 ml) is a xeno-free, optimized coating solution for the culturing axoCells Neural Stem Cells, neurons and Astrocytes.
axoCells Sensory Neuron Maximizer Supplement (1 ml) is a fully defined media supplement which accelerates the maturation of iPSC-derived sensory neurons for pain and sensation research. Suitable for use with axoCells Sensory Neuron Maintenance Media.
axoCells Sensory Neuron Maintenance Media (250ml) is a maintenance media optimized for maximum post-thaw recovery of sensory neurons for pain and sensation research. Suitable for use with axoCells Sensory Neurons.
axoCells™ Motor Neuron Maintenance Media, 200 ml
axoCells Neural Maintenance Media (500ml), NeurOne supplements A (1 ml) and B (1 ml) and SureBond-XF coating (1 ml), optimized for maturation of cortical neurons for neuroscience research. Suitable for use with axoCells Cortical Neurons and Inhibitory Interneurons.
axoCells Sensory Neurons (=0.5 million cells), Sensory Neuron Maintenance Media (250ml), Sensory Neuron Maximizer Supplement (1 ml), Neural Plating Media (30ml), GDNF (10 µg), BDNF (10 µg), NGF (20 µg), NT-3 (10 µg) and SureBond-XF coating (1 ml), optimized for maturation of sensory neurons for pain and sensation research. Sensory neurons made from iPSCs which were generated from a newborn male donor's cord blood.
axoCells Motor Neuron Accelerator Supplement (1 ml) is a fully defined media supplement which accelerates the maturation of iPSC-derived motor neurons for neuroscience research. Suitable for use with axoCells Motor Neuron Maintenance Media.
axoCells Human (Beta-NGF (20 µg) is a recombinant growth supplement necessary for promoting the maturation of sensory neurons for pain and sensation research. Suitable for use with axoCells Sensory Neurons.
axoCells Human BDNF (10 µg) is a recombinant growth supplement necessary for promoting the maturation of neuronal cells for pain, sensation and neuroscience research. Suitable for use with axoCells Sensory Neurons, Motor Neurons, Cortical Excitatory Neurons, Cortical Inhibitory Interneurons and Striatal Neurons.
axoCells™ Human NT-3 (10 µg) is a recombinant growth supplement which promotes the growth and survival of nerve and glial cells for pain, sensation and neuroscience research. Suitable for use with axoCells Sensory Neurons.
axoCells Human GDNF (10 µg) is a recombinant growth supplement necessary for promoting the maturation of neuronal cells for pain, sensation and neuroscience research. Suitable for use with axoCells Sensory Neurons, Motor Neurons, Cortical Excitatory Neurons, Cortical Inhibitory Interneurons and Striatal Neurons.
axoCells Human CNTF (20 µg) is a recombinant growth supplement necessary for promoting the maturation of sensory neurons, motor neurons, basal forebrain neurons and type 2 astrocytes for pain, sensation and neuroscience research. Suitable for use with axoCells Sensory Neurons.
axoCells Human CNTF (5 µg) is a recombinant growth supplement necessary for promoting the maturation of sensory neurons, motor neurons, basal forebrain neurons and type 2 astrocytes for pain, sensation and neuroscience research. Suitable for use with axoCells Sensory Neurons.
axoCells Cardiomyocyte Maintenance Media (500 ml) optimized for the culture and maintenance of ventricular and atrial cardiomyocytes for cardiovascular research. Suitable for use with axoCells Atrial and Ventricular Cardiomyocytes.
Target Deconvolution service based on proteome-wide Cellular Thermal Shift Assay using Mass Spectrometry detection is performed in intact cells and lysate without any compound modifications.
Hit confirmation service is based on the Cellular Thermal Shift Assay (CETSA) and allows for assessment of compound binding to a selected target protein in its native state without any modifications to the protein or the compound.
