RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @whsource: Wanted to offer my interpretation of this finding. The strongest genetic signature associated with fasting insulin level in…
Wanted to offer my interpretation of this finding. The strongest genetic signature associated with fasting insulin level in this study was with adipose tissue, and particularly adipose tissue insulin resistance. The adrenal glands and muscle were also i
RT @doctorveera: Another fascinating finding to highlight from this paper: two striking examples for a GWAS variant with similar allele fre…
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @whsource: New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level.…
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @KSusztak: Ethnicity matters. Transethnic analysis of glycemic traits identified 242 loci (99 novel; P < 5 × 10−8), 80% of which had no…
RT @MissCromatina: Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la…
RT @MissCromatina: Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la…
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @whsource: New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level.…
RT @MissCromatina: Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la…
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @MissCromatina: Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la…
Ethnicity matters. Transethnic analysis of glycemic traits identified 242 loci (99 novel; P < 5 × 10−8), 80% of which had no significant evidence of between-ancestry heterogeneity. @InesBarroso4 @profadmorris @klmohlke https://t.co/0HPLqrILiH
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @MissCromatina: Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la…
Los rasgos glucémicos se utilizan para diagnosticar y controlar la diabetes tipo 2 y la salud cardiometabólica. Hasta la fecha, la mayoría de los estudios genéticos de los rasgos glucémicos se han centrado en individuos de ascendencia europea.
RT @NatureGenet: The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
The trans-ancestral genomic architecture of glycemic traits (Chen et al.) https://t.co/W4hCf7Sn3t https://t.co/wAdgZMqYLg
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @doctorveera: Another fascinating finding to highlight from this paper: two striking examples for a GWAS variant with similar allele fre…
RT @whsource: New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level.…
RT @RJStrawbridge: Big collaborations take a while, but can produce valuable insights... See below for a summary from one of my fantastic c…
Big collaborations take a while, but can produce valuable insights... See below for a summary from one of my fantastic collaborators:
Important: 'variation'. Why the CO aspect of CICO is the most unhelpful part.
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
Do read - important findings from @MRC_IEU Laura J Corbin and collaborators: Ethnic diversity helps identify more genomic regions linked to diabetes-related traits. https://t.co/edRTyyRIah Paper: https://t.co/KsvQgD0jCN
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @Eric_Fauman: Nice piece of work. I especially like the dissection of HbA1c signals into diabetes-relevant and irrelevant components.…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @whsource: New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level.…
RT @whsource: New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level.…
New genome-wide association study points to tissues and mechanisms responsible for common variation in fasting insulin level. Adipose tissue, adrenal glands, muscle, and "blood cells" implicated. Surprisingly, not the pancreas or brain. https://t.co/E3F9
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @timfrayling: Essential GWAS reading. Or if no time, read Ines’ ten tweet summary:
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
Essential GWAS reading. Or if no time, read Ines’ ten tweet summary:
Read the full paper in @NatureGenet The Trans-Ancestral Genomic Architecture of Glycemic Traits Ji Chen et al. DOI:10.1038/s41588-021-00852-9 https://t.co/yHtNKXt9vx
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @doctorveera: Another fascinating finding to highlight from this paper: two striking examples for a GWAS variant with similar allele fre…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @Eric_Fauman: Nice piece of work. I especially like the dissection of HbA1c signals into diabetes-relevant and irrelevant components.…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @doctorveera: Another fascinating finding to highlight from this paper: two striking examples for a GWAS variant with similar allele fre…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @doctorveera: Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the clas…
RT @doctorveera: Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the clas…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @doctorveera: Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the clas…
RT @doctorveera: Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the clas…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
Another fascinating finding to highlight from this paper: two striking examples for a GWAS variant with similar allele frequency across ancestries, but with association seen only in a specific ancestry.
RT @doctorveera: Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the clas…
Lovely trans-ancestry GWAS of glycemic traits and so much to unpack. But the first thing I'd like to highlight is the classification of HbA1c variants into glycemic and RBC-related variants. https://t.co/wJZO6akObk
RT @taylorlawley: #Postdoc positions available in this impactful group working to unlock genetic underpinnings of health outcomes in divers…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @taylorlawley: #Postdoc positions available in this impactful group working to unlock genetic underpinnings of health outcomes in divers…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @taylorlawley: #Postdoc positions available in this impactful group working to unlock genetic underpinnings of health outcomes in divers…
RT @doc_locke: Congratulations, all! @Cnspracklen @InesBarroso4 https://t.co/l9YAWGnXs6
#Postdoc positions available in this impactful group working to unlock genetic underpinnings of health outcomes in diverse populations.
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @doc_locke: Congratulations, all! @Cnspracklen @InesBarroso4
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @DanielJDrucker: Do you believe in MAGIC? New #GWAS analysis reveals 242 loci (99 novel, 30% non-European)) contributing to regulation…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @SFatumo: Fantastic trans-ancestry gwas paper led by @InesBarroso4 and others published in @NatureGenet today We are only about 400 aut…
RT @genotepes: @InesBarroso4 New MAGIC paper, awesome again. Souvenirs souvenirs 😀 https://t.co/xuzagmVBM1
RT @varshney_arushi: An awesome collaboration with brilliant scientists!
RT @RichardMWatana1: More insights into glucoregulation from MAGIC!
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
RT @InesBarroso4: Very happy to finally be able to share our recent MAGIC work https://t.co/uH6aY31c3a
More insights into glucoregulation from MAGIC!