The next SERVICE WE OFFER is #2 Metagenomic analysis of microbiomes 🦠
For the investigation of microbial communities, SciBear has developed a pipeline for microbiome analysis using a metagenomic approach.
More details - https://t.co/kvzKyHuRHO
The reference chromosome-level genome assembly of the bay scallop *Argopecten irradians* is now available! Exciting resource for aquaculture, restoration, and genomic research. #Genomics#Aquaculture#BayScallop#Conservation https://t.co/Ioa7BBlkiK
@YounesBoualleg1@jen_herrera26@DenisGrouzdev VIBRANT was built to extract and analyze bacterial and archaeal viruses from assembled metagenomic and genome sequences. For eukaryotic viruses, you can check DeepVirFinder.
The images featured here are created with the help of an advanced AI-based illustration tool (OpenAI's #DALLE3), designed to bring our #SciBear mascot to life in various artistic styles.
🔬 Delving into the microscopic world! Our latest study on #magnetotactic bacteria unveils intriguing findings about magnetic #nanoparticles. Could this be a new frontier in medical technology? Learn more about our research at #SciBear: https://t.co/6jwBlcP9Rf #ScienceInnovation
The images featured here are created with the help of an advanced AI-based illustration tool (OpenAI's #DALLE3), designed to bring our #SciBear mascot to life in various artistic styles.
This research, involving the #SciBear team, demonstrates a novel strategy to optimize #biogas production from organic waste, advancing #RenewableEnergy energy technology.
https://t.co/8lZkgBCjd1
The images featured here are created with the help of an advanced AI-based illustration tool (OpenAI's #DALLE3), designed to bring our #SciBear mascot to life in various artistic styles.
🔬🌍 Our latest study dives into the microbial mysteries of the Pechora River Delta's peaty permafrost. Discover how these tiny organisms can have a giant impact on our understanding of climate change. Read more: https://t.co/E53UVitXJ1 #ArcticResearch#ClimateAction
Are you sequencing genomes? Do you want to compare the chromosomes of two or more species?🧬
I recently released the ODP software package to make scalable comparative genomics easier. Example plots below.📊 1/🧵
paper: https://t.co/bSf0hwJHwU
github: https://t.co/9lBcNcmhj4
Excited to share our latest research! Our preprint 'Exploring the host range for genetic transfer of magnetic organelle biosynthesis' is out. Discover the potential for creating magnetotactic bacteria from non-magnetotactic 🧲🔬 https://t.co/u1X6MHCAmR
#Science#microbiology
Dear #AcademicTwitter!
My alma mater, Kyiv University's Institute of Biology & Medicine, was damaged as a result of a rocket attack😤
https://t.co/nCMRx1Z1nZ
You can help by sharing or make a small donation 💕
🔗 Bank link
https://t.co/ejIwmK7xZf
#SupportUkraine#KNU#Biology
Two of our recently developed tools to simplify bioinformatics are now published
ffq for metadata retrieval from sequence databases (@agalvezmerchan, @lioscro, @sinabooeshaghi): https://t.co/X40xnENtiM
gget for querying genomic databases (@NeuroLuebbert) https://t.co/ZtAXeiz4pW
The last article of my PhD thesis was published today! This means I'm officially looking for a #postdoc. I have experience in bacterial genomics, metagenomics, anaerobic cultivation, electron microscopy, Bs and Ms in soil biology, non-russian citizenship.
Here are the end-to-end tutorials if you are a beginner and interested in learning GWAS.
Everything on GWAS at one Place. Enjoy, share and feel free to give feedback!
https://t.co/HQbMUWBEhN
Please help! I recently received my PhD in molecular biology in Moscow. Due to disagreement with my country's politics, I was forced to flee Russia and am urgently looking for a #postdocposition in cell and molecular biology. I'll be really grateful for retweet #postdocjobs