Cell & Molecular Biology

Structural models of PLD3 and PLD4, enzymes that degrade nucleic acids in the cytoplasm. The enzymes are shown in white with red and blue highlights and their active (or binding) sites are indicated with black arrows.
| 3 min read
Ten Common Liquid Handling Errors and How to Avoid Them
Updated | 1 min read
illustration showing a close up view of the edge of a cell, focusing on the phospholipid bilayer of the cell membrane, with the lipids shown in pink and light blue, the inside of the cell being sky blue, and some orange and purple organelles visible inside the cell
| 3 min read
a groupd of human skin fibroblast cells under fluorescent microscope showing DNA in blue and actin fibers in green on a black background
| 3 min read
a single pink and purple spherical coronavirus with light purple spike proteins and a network of glowing pink lines crisscrossing its surface, on a purple gradient background
| 2 min read
BMG LABTECH VANTAstar plate reader
| 2 min read
a series of vials lined up in a row each displaying a different amount of luminescence, with the first vial glowing orange, the next not glowing, the next 4 containing small green glowing sections, and the last 5 glowing orange with increasing brightness from left to right
| 4 min read
Eight differently colored squares on a white background showing 3DSIM reconstructions of plant and animal tissue samples, the top row of 4 images (labeled a-d) are a yellow square show cell walls in oleander leaves, a red square showing hollow structures within black algal leaves, a purple square showing root tips of corn tassels, and a teal/purple square showing actin filaments in mouse kidney tissue. The bottom four images (labeled e-h) show corresponding maximum intensity projection images below each matching top image.
| 2 min read
A comparison study of next-generation protein sequencing and mass spectrometry protein id illustrates strengths and limitations of each method.
| 1 min read
Gel separation of complex protein mixtures aids subsequent identification of individual proteins and can now be used in sequencing library prep workflows.
| 1 min read
Arginine PTMs underlying complex protein function can be rapidly distinguished using a new single-molecule protein sequencing technique.
| 1 min read
a 3D rendering of red blood cells and the malaria parasite plasmodium, with green tubes representing the plasmodium and infected red blood cells containing yellow dots, with healthy red blood cells in the periphery, all on a dark grey background
| 3 min read
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