1.C2C12 myoblasts stained by Hoechst (blue, nuclei) and MitoTracker® Red 580 FM (red, mitochondria). Merged fluorescence and DIC images, taken with Spectral Confocal Laser Scanning Microscope C1Si. Courtesy of Dr. Chang Young-Tae and Teng Qi Yin (SBIC, Biopolis).
2.Microscopic picture taken with NikonAZ100 microscope, magnification 40X, of HEK293 cells encapsulated in cellulose sulfate and grown for 6 days. The cells were stained with calcein (green – alive cells) and propidium iodide (red – dead cells). Courtesy of Austrianova Singapore Pte ltd (Centros, Biopolis).
3.Merge Image of DIC and fluorescence image for Platynereis dumerilii (Dumeril's clam worm) embryo taken with 90 I Upright Microscope. Courtesy of Dr. Chang Young-Tae and Teng Qi Yin (SBIC, Biopolis).
4.This is a video clip showing the movement of nuclei during contraction of C2C12 myotubes over a period of time. The mitochondria are stained by a derivative of rosamine. Images are taken with the Biostaion IM. Courtesy of Dr. Chang Young-Tae and Yunkyung Kim (SBIC Biopolis).
5.Immunofluorescence for beta-tubulin III (TUJ1) protein in differentiated v-myc immortalised neural stem cells taken with Nikon Inverted Research Microscope, Ti-E with Epi- fluorescent attachment. Courtesy of Dr. Pamela Rizk and Ildasolha Jamari, from IMB Biopolis.
6.Ex vivo confocal microscopic imaging of the mouse pancreas (after intravenous injection of FITC-labeled dextran) taken by Spectral Confocal Laser Scanning Microscope C1Si courtesy of Dr. Elena Kostromina, SBIC Biopolis.
7.Movie showing Drosophila embryogenesis from the cellular blastoderm until hatching of the first instar larva taken by Biostation IM courtesy of Dr. Martin Wasser and Ms Puah Wee Choo, BII Biopolis.
8.Time lapse movie of GFP expressing cell taken by Biostation IM in both phase contrast and fluorescence mode.
9.Medaka fish taken by Nikon motorized upright research microscope 90i courtesy of Associate Professor Dr. Christoph Winkler and Dr. Joerg Renn.
