Christina Kriaridou (@kriaridou_c) 's Twitter Profile
Christina Kriaridou

@kriaridou_c

PhD candidate Genetics and Genomics (Roslin Institute)
Master's degree in Applied Genetics and Biodiagnostics AUTH

ID: 1204772128513560581

calendar_today11-12-2019 14:37:48

136 Tweet

265 Followers

242 Following

Clémence Fraslin (@fraslinclemence) 's Twitter Profile Photo

Our colleague Dr. Robert Mukiibi showing strong proof that he's about to solve the VNN problem in seabass with a candidate gene detected in a major QTL with expression results and soon gene editing to back it all up! Go Dr Mukiibi 💪🐟

Our colleague <a href="/robertmuk/">Dr. Robert Mukiibi</a> showing strong proof that he's about to solve the VNN problem in seabass with a candidate gene detected in a major QTL with expression results and soon gene editing to back it all up! Go Dr Mukiibi 💪🐟
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Clémence Fraslin from The Roslin Institute reveals the loci in Atlantic Salmon associated with resistance to 2 sea lice species European Aquaculture Society (EAS). Her impressive dataset of 3 year classes and 1000s of fish uncovered few common QTL, suggesting a polygenic basis to sea lice resistance! 🐟🧬

<a href="/FraslinClemence/">Clémence Fraslin</a> from <a href="/roslininstitute/">The Roslin Institute</a> reveals the loci in Atlantic Salmon associated with resistance to 2 sea lice species <a href="/easaqua/">European Aquaculture Society (EAS)</a>. Her impressive dataset of 3 year classes and 1000s of fish uncovered few common QTL, suggesting a polygenic basis to sea lice resistance! 🐟🧬
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Saving the best for last, the final talk of the day in the selective breeding session of European Aquaculture Society (EAS) was presented by Christina Kriaridou from The Roslin Institute. She demonstrated the utility of Bayesian statistics for modeling disease susceptibility traits in turbot! 🐟🧬

Saving the best for last, the final talk of the day in the selective breeding session of <a href="/easaqua/">European Aquaculture Society (EAS)</a> was presented by <a href="/kriaridou_c/">Christina Kriaridou</a> from <a href="/roslininstitute/">The Roslin Institute</a>. She demonstrated the utility of Bayesian statistics for modeling disease susceptibility traits in turbot! 🐟🧬
Clémence Fraslin (@fraslinclemence) 's Twitter Profile Photo

Interested in #aquaculture and #ImageAnalysis for 🐟 identification and phenotyping? Have a look at this 4 years PhD position at the Roslin with Diego Robledo and Ross Houston findaphd.com/phds/project/e…

Diego Robledo (@diego___rs) 's Twitter Profile Photo

The next Genomics in Aquaculture conference will take place 22-24 May 2024, join us in beautiful Thessaloniki!! Abstract submission deadline 15th January 2024, all details: websites.auth.gr/gia2024/

The next Genomics in Aquaculture conference will take place 22-24 May 2024, join us in beautiful Thessaloniki!!

Abstract submission deadline 15th January 2024, all details: websites.auth.gr/gia2024/
Association for Single Cell Analysis (@ascanet) 's Twitter Profile Photo

Ruiz-Daniels et al. characterised mesenchymal stromal cells in detail for the first time in healthy Atlantic salmon tissue and during the wound healing process by single-nucleus sequencing and spatial transcriptomics. ➡️ biorxiv.org/content/10.110… #singlecell #spatialomics

Ruiz-Daniels et al. characterised mesenchymal stromal cells in detail for the first time in healthy Atlantic salmon tissue and during the wound healing process by single-nucleus sequencing and spatial transcriptomics. ➡️ biorxiv.org/content/10.110…

#singlecell #spatialomics
Itai Yanai (@itaiyanai) 's Twitter Profile Photo

How did we lose our tail? A simple question.. but it wasn't really asked before! We discovered a plausible scenario for the genetic mechanism that led to tail loss. Amazing that such a big change may have been caused by such a small genetic event. nature.com/articles/s4158… Bo Xia

How did we lose our tail? A simple question.. but it wasn't really asked before! We discovered a plausible scenario for the genetic mechanism that led to tail loss. Amazing that such a big change may have been caused by such a small genetic event. nature.com/articles/s4158… <a href="/BoXia7/">Bo Xia</a>
Dr Smaragda Tsairidou (@smaragdatsairi) 's Twitter Profile Photo

New book about Aquatic Food Security, is now published and available from 5m Books. It was great to contribute to this, and discuss in Chapter 3 the importance of nutrition and selective breeding in aquaculture production, 🤩🐟🧬 5mbooks.com/product/aquati…

Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Sterility in aquaculture salmon can be achieved through triploidy, albeit with some fitness costs. @KleppeLene reveals a more elegant way to sterility: targeting specific genes using a variety of techniques from gene editing to RNA vaccines. ICISB Conference #icisb2024 🐟🧬

Sterility in aquaculture salmon can be achieved through triploidy, albeit with some fitness costs. @KleppeLene reveals a more elegant way to sterility: targeting specific genes using a variety of techniques from gene editing to RNA vaccines. <a href="/ICISBConference/">ICISB Conference</a> #icisb2024 🐟🧬
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Early maturation usually = less lifetime growth in Atlantic Salmon But anna.wargelius shows how this significant 💸 problem for the aquaculture industry could be solved by manipulating the gene fshr to limit early maturation in male Atlantic Salmon! ICISB Conference #icisb2024

Early maturation usually = less lifetime growth in Atlantic Salmon

But <a href="/AWargelius/">anna.wargelius</a> shows how this significant 💸 problem for the aquaculture industry could be solved by manipulating the gene fshr to limit early maturation in male Atlantic Salmon!

<a href="/ICISBConference/">ICISB Conference</a> #icisb2024
Gareth Difford 🇳🇴🇿🇦 (@diffordgareth) 's Twitter Profile Photo

📢Finally it is out!😁 X-ray feed intake in Atlantic salmon 🐟🍣 is heritable 🧬 and ranks families very well 🎯. Solid collaboration with Ashie from Mowi, Nofima in NewTechAqua 🐟🇪🇺 & AquaIMPACT projects👉sciencedirect.com/science/articl…

Tim Regan Lab (@timreganlab) 's Twitter Profile Photo

Can't wait for this! Featuring topics like: 🧬Genomes, pan-genomes, functional annotation etc 🧫🐚Cells & Shells: e.g. scSeq and cell culture Non-Model Models 🦪🌊Genetics in the Wild: Application of genetics to study and improve shellfish 📊Industry Perspectives Register below👇

The Center for Aquaculture Technologies (CAT) (@aquatechcenter) 's Twitter Profile Photo

Check out Honggang Zhao's latest research paper on the genetic changes associated with domestication in eastern oysters. 🦪🧬 Dive into the findings and learn more about sustainable aquaculture. #Research #Aquaculture #Genomics #Oysters 📚🔬 Check it out: hubs.ly/Q02J2XTK0

Check out Honggang Zhao's latest research paper on the genetic changes associated with domestication in eastern oysters. 🦪🧬 Dive into the findings and learn more about sustainable aquaculture. #Research #Aquaculture #Genomics #Oysters 📚🔬 Check it out: hubs.ly/Q02J2XTK0
James Prendergast (@jgdprendergast) 's Twitter Profile Photo

Our new paper on using AI models to predict functional regulatory variants in cattle (and humans) is now online. A thread of the key findings... 1\n biorxiv.org/content/10.110…

Our new paper on using AI models to predict functional regulatory variants in cattle (and humans) is now online. A thread of the key findings... 1\n biorxiv.org/content/10.110…
Tim Regan Lab (@timreganlab) 's Twitter Profile Photo

1/7🌊🦪 New preprint alert! 🦪🌊 We’ve developed a quick, reliable method to detect Bonamia in native oysters – no dissection required! Dive into the details here ➡️ papers.ssrn.com/sol3/papers.cf… Tim Bean Jennifer N. Schulze The Roslin Institute

Dr. Robert Mukiibi (@robertmuk) 's Twitter Profile Photo

Major QTLs are rare..in our recently published paper, we utilised multi-omics tools to identify, refine and characterise the causal mechanisms for VNN resistance in European seabass Ross Houston Diego Robledo Costas Tsigenopoulos The Roslin Institute bmcbiol.biomedcentral.com/counter/pdf/10…

Major QTLs are rare..in our recently published paper, we utilised multi-omics tools to identify, refine and characterise the causal mechanisms for VNN resistance in European seabass
<a href="/RossHouston/">Ross Houston</a> <a href="/Diego___RS/">Diego Robledo</a> <a href="/TsigenopoulosCS/">Costas Tsigenopoulos</a> <a href="/roslininstitute/">The Roslin Institute</a> 
bmcbiol.biomedcentral.com/counter/pdf/10…
The Center for Aquaculture Technologies (CAT) (@aquatechcenter) 's Twitter Profile Photo

#ISGA XV is underway. Join our first talk. Not in Cádiz? Contact us for the results of this study 👉 hubs.la/Q03m9bC70 #Genomics #Aquaculture #GeneticGain #Imputation #BreedingInnovation

#ISGA XV is underway. Join our first talk. 
Not in Cádiz? Contact us for the results of this study 👉 hubs.la/Q03m9bC70
#Genomics #Aquaculture #GeneticGain #Imputation #BreedingInnovation