Sean Eddy

@cryptogenomicon.bsky.social

Professor, Molecular & Cellular Biology, Harvard University

The Chen Lab @ EMBL Rome (current population: 1) is hiring! Looking for an experimental Lab Manager w/ a PhD and experience in molecular bio and mouse-based neuro research. Apply if you like: mouse behaviors, high-throughput sequencing, good coffee & ancient history tinyurl.com/48h66vfh

Lab Manager

The European Molecular Biology Laboratory (EMBL) is one of the world’s leading life science research organizations. With sites across Europe, EMBL fosters an international, collaborative, and inclusiv...

tinyurl.com

Benasque RNA 2026 was easily the best meeting I’ve ever been to. Grateful for the connections I made & the collaborations that were started. Going home was bittersweet. 🧬⛰️

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So excited to announce that I will be starting the Chen Lab at EMBL Rome in September 2026 🎉 ! The Chen Lab will investigate the genetics + evolution of innate behavior w/ high-throughput sequencing + computational methods across diverse rodent species. Stay tuned for upcoming opportunities...

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Welcome to the Institute, Stern Lab! @hhmi-science.bsky.social Investigator David Stern studies how insects hijack plant development. His lab’s discoveries could reshape how we think about pest control and food security. He & his team arrived from HHMI’s Janelia Research Campus. bit.ly/4np96Fb

Stowers Institute recruits renowned developmental and evolutionary…

David Stern, Ph.D., brings groundbreaking research on insect–plant interactions for next-generation pest control to the Institute.

bit.ly

Biochemist/molecular biologist Joan Steitz was born #OTD in 1941. She (& team) figured out how our cells read/use genetic instructions to make proteins. A key person who helped crack the code on RNA—the molecule that acts like a messenger between DNA & and the proteins our bodies need. #WomenInSTEM

Color photograph of Joan Steitz (Joan Argetsinger Steitz), the distinguished American molecular biologist and biochemist renowned for her groundbreaking discoveries in RNA biology, including the identification of small nuclear ribonucleoproteins (snRNPs) essential to RNA splicing. She is pictured in a close-up portrait within a laboratory or research setting, smiling warmly and directly at the camera with an engaging, approachable expression that conveys enthusiasm and expertise. Steitz has gray hair pulled back, striking blue eyes, and is wearing large, elaborate dangling earrings adorned with purple gemstones and metallic accents. She is dressed in a rich purple blouse. The softly blurred background includes scientific elements such as lab benches, equipment, monitors, charts, and partial signage, evoking the environment of her long career at Yale University where she served as Sterling Professor of Molecular Biophysics and Biochemistry. #JoanSteitz #MolecularBiology #WomenInScience #Biochemistry #RNA

Jane Richardson was born #OTD in 1941 + Developed the Richardson (ribbon) diagram to represent proteins' 3D structure (becoming a standard representation for protein structures) + MacArthur Fellow, 1985 + Elected, Nat'l Academy of Sciences, 1991 + President, Biophysical Society, 2012 #WomenInSTEM

Vibrant color portrait of Jane S. Richardson, the visionary biophysicist and artist who revolutionized structural biology with her invention of ribbon diagrams. She gazes warmly at the camera with a bright, knowing smile that radiates quiet brilliance and decades of curiosity. Her silver-blonde hair woven with gentle waves. Large, elegant dangling earrings catch the light, and she wears a richly patterned brown blouse embroidered with intricate turquoise paisley motifs and delicate beadwork that echoes the molecular elegance she has spent her life depicting. Behind her floats a luminous, dreamlike backdrop of glowing molecular structures--interlocking hexagonal and ribbon-like forms in electric blues, teals, and greens--blending science and art in a single, living canvas.Hand-drawn and hand-colored (by Jane Richardson) scientific artwork known as a Richardson ribbon diagram (or “ribbon model”), one of the iconic visual inventions of Jane Richardson that transformed the way we see and understand protein structures. A graceful, three-dimensional tangle of protein backbone ribbons twists and spirals through space, rendered in soft pencil lines and luminous watercolor hues. Smooth golden-brown coils represent α-helices that curl like elegant ribbons, while broad teal-green arrows trace the flat, pleated strands of β-sheets slicing through the molecule with directional purpose. Thin, looping golden threads connect the secondary structures, creating a delicate, almost dance-like choreography of biology’s hidden architecture. The entire form is framed by a simple olive-green mat and dark border, giving the drawing the quiet dignity of both fine art and precise scientific illustration—a timeless bridge between molecular reality and human imagination.

🚨 New from me: Grant review at more than half of NIH's institutes could be frozen by the end of the year. That's because crucial NIH grant-review panels are slated to be empty at those institutes by Jan 2027. A wonky bureaucratic problem with big implications. A short 🧵

Exclusive: key NIH review panels due to lose all members by the end of 2026

Thirteen of the agency’s advisory councils, which must review grant applications before funding is awarded, are on track to have no voting members.

nature.com