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Several discussions emphasize the significance of the genomic assembly, using expressions like 'supports Nile rat as a model for diabetes' and 'expands potential for studying metabolic diseases.' Words such as 'incredible,' 'supports,' and 'new insights' highlight a tone of enthusiasm about the scientific breakthrough and its broad implications for future research.
Many discussions explicitly highlight the significance of the Nile rat genome as a valuable model for diabetes research, with phrases like 'supports Nile rat animal model' and 'incredible model system,' indicating strong consensus on its importance.
The conversations demonstrate high curiosity, referencing detailed genomic techniques and potential implications for human health, such as exploring genetic bases of diabetes and novel research models.
Multiple posts delve into technical aspects—mentioning genome assembly, gene annotations, and advanced sequencing methods—showing deep engagement with the research.
The overall tone suggests this publication is perceived as highly impactful, with many posts emphasizing its potential to advance understanding of diabetes and improve treatment models for humans.
$BNGO - Bionano The wonders of science work. A genetics study of the Nile rat, using Bionano's OGM, shows that the Nile rat, with its propensity to develop diet-induced diabetes, is a perfect model for discovering diabetes solutions for humans. https://t.co/xVa8aVSwup
One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incredible model system for studying diabetes. https://t.co/sfaQ02tXvF @genomewarriors @bllapin @jackie_mcastle @erichjarvis
#Genome sequencing supports Nile rat animal model for diabetes research @Morgridge_Inst https://t.co/xyBRLYGXX8 https://t.co/4ta6cVeUA8
On #WorldDiabetesDay, new #openaccess #research from @ybukhman, Mark Chaisson, Ron Stewart, James Thomson and co. provides a #genome assembly of the Nile rat, and insights on genes associated with type 2 #diabetes and #metabolic dysfunction https://t.co/fj7xDfgz9F https://t.co/oQ2laIUw8c
A study published in @BMCBiology reports a reference-quality genome assembly of the Nile rat, expanding its potential as a model organism for diabetes research. https://t.co/lztDqAwO4i
4/ @PacBio genome of Nile rat finds fewer copies of amylase gene compared to house mouse. Implication for type 2 diabetes research. New model system? https://t.co/bRFeABd9p6
This presentation discusses the high-quality sequencing of the blue whale genome using advanced technologies, providing insights into body size regulation, metabolic processes, and adaptation mechanisms.
This study presents a high-quality chromosome-level genome assembly of the Nile rat, a valuable model for diabetes research due to its similarities to humans and tendency to develop diet-induced diabetes. The genomic…
My short talk at the ISMB 2023: https://t.co/VgEQ52KlNN
4/ @PacBio genome of Nile rat finds fewer copies of amylase gene compared to house mouse. Implication for type 2 diabetes research. New model system? https://t.co/bRFeABd9p6
RT @physorg_com: #Genome sequencing supports Nile rat animal model for diabetes research @Morgridge_Inst https://t.co/xyBRLYGXX8 https://t.…
RT @GIRCOR:
RT @GIRCOR:
RT @BMCBiology: On #WorldDiabetesDay, new #openaccess #research from @ybukhman, Mark Chaisson, Ron Stewart, James Thomson and co. provides…
RT @BMCBiology: On #WorldDiabetesDay, new #openaccess #research from @ybukhman, Mark Chaisson, Ron Stewart, James Thomson and co. provides…
RT @BMCBiology: On #WorldDiabetesDay, new #openaccess #research from @ybukhman, Mark Chaisson, Ron Stewart, James Thomson and co. provides…
On #WorldDiabetesDay, new #openaccess #research from @ybukhman, Mark Chaisson, Ron Stewart, James Thomson and co. provides a #genome assembly of the Nile rat, and insights on genes associated with type 2 #diabetes and #metabolic dysfunction https://t.co/fj7xDfgz9F https://t.co/oQ2laIUw8c
RT @GregLarssen: $BNGO - Bionano The wonders of science work. A genetics study of the Nile rat, using Bionano's OGM, shows that the Nile…
RT @GregLarssen: $BNGO - Bionano The wonders of science work. A genetics study of the Nile rat, using Bionano's OGM, shows that the Nile…
RT @GregLarssen: $BNGO - Bionano The wonders of science work. A genetics study of the Nile rat, using Bionano's OGM, shows that the Nile…
$BNGO - Bionano The wonders of science work. A genetics study of the Nile rat, using Bionano's OGM, shows that the Nile rat, with its propensity to develop diet-induced diabetes, is a perfect model for discovering diabetes solutions for humans. https://t.co/xVa8aVSwup
A study published in @BMCBiology reports a reference-quality genome assembly of the Nile rat, expanding its potential as a model organism for diabetes research. https://t.co/lztDqAwO4i
https://t.co/7fILJSyUHU
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @physorg_com: #Genome sequencing supports Nile rat animal model for diabetes research @Morgridge_Inst https://t.co/xyBRLYGXX8 https://t.…
#Genome sequencing supports Nile rat animal model for diabetes research @Morgridge_Inst https://t.co/xyBRLYGXX8 https://t.co/4ta6cVeUA8
RT @physorg_com: #Genome sequencing supports Nile rat animal model for diabetes research @Morgridge_Inst https://t.co/xyBRLYGXX8 https://t.…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @kiharalab: Paper on the Nile rat genome just published in BMC Biology. We provided Gene Ontology annotation in this project. https://t.…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
Paper on the Nile rat genome just published in BMC Biology. We provided Gene Ontology annotation in this project. https://t.co/1J1zYUjuk1 https://t.co/JYj5eA5cxD
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
RT @ofedrigo: One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incr…
One of the first trio assemblies we have done is now published. A nice collaboration with @ybukhman on the Nile Rat. An incredible model system for studying diabetes. https://t.co/sfaQ02tXvF @genomewarriors @bllapin @jackie_mcastle @erichjarvis
RT @jsantoyo: A haplotype-resolved genome assembly of the Nile rat facilitates exploration of the genetic basis of diabetes. #NileRatGenome…
A haplotype-resolved genome assembly of the Nile rat facilitates exploration of the genetic basis of diabetes. #NileRatGenome #HaplotypeResolvedAssembly #VGP https://t.co/SJHuS4B1Nx
A haplotype-resolved genome assembly of the Nile rat facilitates exploration of the genetic basis of diabetes https://t.co/Du5H4gxxWm
A haplotype-resolved genome assembly of the Nile rat facilitates exploration of the genetic basis of diabetes https://t.co/Xpe10lcm9S #bioRxiv
A haplotype-resolved genome assembly of the Nile rat facilitates exploration of the genetic basis of diabetes https://t.co/faMsPG9sIp #biorxiv_genomic