Bio-protocol
@bio-protocol.bsky.social
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Bio-protocol (www.bio-protocol.org) was founded in 2011 by a group of researchers at Stanford University with a singular mission: Improving research reproducibility by publishing high-quality protocols in the life sciences.
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bio-protocol.bsky.social
Bio-protocol's next #webinar on, Optimizing live-cell imaging: From probe to FLIM-STED integration, is just a week away!

Have you registered yet? 🔗s.bio-protocol.org/4e8ab88f7f28...
🗓 Date: October 15, 2025
⏰ Time: 11:00AM EST
Speaker: @magaliebenard.bsky.social ,
Moderator: Christophe Chamot
bio-protocol.bsky.social
Check out the latest step-by-step protocols in various #LifeSciences fields.

#BioinformaticsandComputationalBiology #BiologicalEngineering #CancerBiology #CellBiology #MolecularBiology #PlantScience #StemCell
bio-protocol.bsky.social
Follow Bio-protocol to stay updated on more webinars and life sciences protocols.
bio-protocol.bsky.social
📢 Reminder: Don't miss our upcoming webinar, "Optimizing live-cell imaging: From probe to FLIM-STED integration"!

🗓 Date: October 15, 2025
⏰ Time: 11:00 AM EST
Speaker: Magalie Benard (@magaliebenard.bsky.social)
Moderator: Christophe Chamot

🔗 Register now!

#Webinar #LifeSciences
bio-protocol.bsky.social
📢Bio-protocol Webinars present: Optimizing live-cell imaging: From probe to FLIM-STED integration
🔗Register now!

Date: October 15, 2025
⏰ Time: 11:00 AM EST
Speaker: Magalie Bénard, Ph.D.
Moderator: Christophe Chamot

This webinar is supported by Leica Microsystems. @leicamicrosystems.bsky.social
bio-protocol.bsky.social
Preparation and Characterization of Lipid Nanoparticles Co-loaded With DNA and Nitro-Oleic Acid

Work by Manthan N. Patel, Sachchidanand Tiwari and Jacob S. Brenner at University of Pennsylvania.

#LifeSciences #Reproducibility #BiologicalEngineering
bio-protocol.bsky.social
Work by Yunqi Li and Min Wu at Chengdu Medical College, and Ruoyang Zhao at University of Chinese Academy of Sciences.

#LifeSciences #Reproducibility #MolecularBiology
bio-protocol.bsky.social
Cost-Effective and Reproducible Preparation of mRNA-Loaded Lipid Nanoparticles Using a Conventional Laboratory-Scale Microfluidic Assembly System:https://bio-protocol.org/en/bpdetail?id=5458&type=0&source=Bluesky
bio-protocol.bsky.social
Isolation and Co-culture of Paneth Cells and Intestinal Stem Cells

Work by Ryosuke Isotani, Masaki Igarashi, Masaomi Miura and Toshimasa Yamauchi at The University of Tokyo.

#LifeSciences #Reproducibility #StemCell
bio-protocol.bsky.social
Practical Guide to In Vitro Clonal Propagation of Nicotiana benthamiana Using Axillary Shoot Induction

Work by Pradeep Chand Deo at Plant Cell & Tissue Culture Professional.

#LifeSciences #Reproducibility #PlantScience
bio-protocol.bsky.social
Work by Phuong Nguyen and Erliang Zeng at University of Iowa.

#LifeSciences #Reproducibility #BioinformaticsandComputationalBiology
bio-protocol.bsky.social
A Protocol for Weighted Gene Co-expression Network Analysis With Module Preservation and Functional Enrichment Analysis for Tumor and Normal Transcriptomic Data:
bio-protocol.org/en/bpdetail?...
bio-protocol.bsky.social
📢Bio-protocol Webinars present: Optimizing live-cell imaging: From probe to FLIM-STED integration
🔗Register now!

Date: October 15, 2025
⏰ Time: 11:00 AM EST
Speaker: Magalie Bénard, Ph.D.
Moderator: Christophe Chamot

This webinar is supported by Leica Microsystems. @leicamicrosystems.bsky.social
bio-protocol.bsky.social
Check out the latest step-by-step protocols in various #LifeSciences fields.

#Biochemistry #BioinformaticsandComputationalBiology #BiologicalEngineering #CancerBiology #CellBiology #DevelopmentalBiology #Microbiology #MolecularBiology #Neuroscience #PlantScience #StemCell
bio-protocol.bsky.social
NanoPDLIM2-Based Combination Therapy for Lung Cancer Treatment in Mouse Preclinical Studies

Work by Thi Hoa Le et al. at University of Southern California Keck School of Medicine, and Fan Sun at University of Pittsburgh School of Medicine.

#LifeSciences #Reproducibility #CancerBiology
bio-protocol.bsky.social
Training Mice to Perform Attentional Set-Shifting Under Head Restraint

Work by John J. Stout et al. at University of Connecticut School of Medicine, and Katarina Kalajzic at University of Connecticut.

#LifeSciences #Reproducibility #Neuroscience
bio-protocol.bsky.social
Quantitative Microscopy for Cell–Surface and Cell–Cell Interactions in Immunology

Work by Beatriz Díaz-Bello, Dalia El Arawi, Rémy Torro, Patrick Chames, Kheya Sengupta and Laurent Limozin at Turing Center for Living Systems.

#LifeSciences #Reproducibility #Immunology
bio-protocol.bsky.social
Novel Experimental Approach to Investigate Immune Control of Vascular Function

Work by Taylor C. Kress, Candee T. Barris, Simone Kennard and Eric J. Belin de Chantemèle at Medical College of Georgia at Augusta University.

#LifeSciences #Reproducibility #Immunology
bio-protocol.bsky.social
New Approach to Detect and Isolate Rhamnogalacturonan-II in Arabidopsis thaliana Seed Mucilage

Work by Dayan Sanhueza and Susana Saez-Aguayo at Universidad Andrés Bello.

#LifeSciences #Reproducibility #PlantScience
bio-protocol.bsky.social
Ultrafast Isolation of Synaptic Terminals From Rat Brain for Cryo-Electron Tomography Analysis

Work by Rong Sun and Qiangjun Zhou at Vanderbilt University.

#LifeSciences #Reproducibility #Neuroscience
bio-protocol.bsky.social
Real-Time Imaging of Specific Genomic Loci With CRISPR/dCas9 in Human Cells Using CRISPRainbow

Work by Thomas J. Versosky, Dilshodbek U. Nishonov and Li-Chun Tu at Ohio State University.

#LifeSciences #Reproducibility #Biophysics
bio-protocol.bsky.social
Use of a High-Affinity Ubiquitin-Binding Domain to Detect and Purify Ubiquitinated Substrates and Their Interacting Proteins

Work by Nitu Saha, Mengwen Zhang and Mark Hochstrasser at Yale University.

#LifeSciences #Reproducibility #Biochemistry