4. Under dissecting microscope, use two No.5 Dumont forceps and carefully remove thin skin layer by pinching skin at center and peeling away. To cut and remove forming skull pieces, anchor head by piercing orbital cavities with forceps and use a 22.5° angled micro ...
Compact design—the footprint is ~ 32% smaller than similar microscope and laser systems, saving bench space Video: Simple four-step process to capture cells and recover biomolecules Watch this short video to see how you can maintain custody of ...
(a) Laser thermogenetics and fluorescent imaging of single cells: Ti:s, mode-locked Ti:sapphire laser; OPO, femtosecond optical parametric oscillator; Obj, microscope objective; FW, filter wheels; DBS, dichroic beam-splitting cube; LPF, long-pass filter; FD, fibre probe with a NV-diamond ...
Under a dissecting microscope, remove any differentiated colonies from the mESC dish to be passaged. Aspirate the spent medium from the dish with a Pasteur pipette, and rinse the dish once with Dulbecco...
Compact design—the footprint is ~ 32% smaller than similar microscope and laser systems, saving bench space Video: Simple four-step process to capture cells and recover biomolecules Watch this short video to see how you can maintain cus...
Under a dissecting microscope, remove differentiated colonies from the dish to be passaged. Aspirate the spent medium from the dish with a Pasteur pipette. Add Collagenase Type IV (1 mg/mL) solution to the dish containing iPSCs. Adjust the volume of Collagenase...
Under a dissecting microscope, remove differentiated colonies from the dish to be passaged. Aspirate the spent medium from the dish with a Pasteur pipette, and rinse the dish once with Dulbecco’s PBS (DPBS) without Calcium and Magnesium. Add Collagenase Type ...
4. Under dissecting microscope, use two No.5 Dumont forceps and carefully remove thin skin layer by pinching skin at center and peeling away. To cut and remove forming skull pieces, anchor head by piercing orbital cavities with forceps and use a 22.5° angled micro...
Antibodies for dissecting the immune checkpoint pathways Antibodies that target immune checkpoint pathways—such as PD-1/PD-L1 (Figure 2), CTLA4/CD80 and CD86, LAG3/MHC II, and TIM3/GAL9—have proven effective as immunotherapeutic age...
Compact design—the footprint is ~ 32% smaller than similar microscope and laser systems, saving bench space Video: Simple four-step process to capture cells and recover biomolecules Watch this short video to see how you can maintain custody of ...