the array contains thousands of microwells for high-throughput analysis.
single cells were isolated into individual microwells using the device.
pdms microwells were fabricated through standard soft lithography techniques.
agarose microwells facilitate the formation of uniform tumor spheroids.
embryos develop normally within the confines of these microwells.
the glass substrate contains etched microwells to hold the reagents.
cell viability in microwells was measured after 24 hours.
the diameter of the microwells was optimized for cell trapping.
researchers observed stem cell differentiation inside the microwells.
the chip features a grid of hexagonal microwells for culture.
surface treatment prevents cells from adhering to the microwells.
the array contains thousands of microwells for high-throughput analysis.
single cells were isolated into individual microwells using the device.
pdms microwells were fabricated through standard soft lithography techniques.
agarose microwells facilitate the formation of uniform tumor spheroids.
embryos develop normally within the confines of these microwells.
the glass substrate contains etched microwells to hold the reagents.
cell viability in microwells was measured after 24 hours.
the diameter of the microwells was optimized for cell trapping.
researchers observed stem cell differentiation inside the microwells.
the chip features a grid of hexagonal microwells for culture.
surface treatment prevents cells from adhering to the microwells.
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