RT @eenork: Less is more! Most Eulemurs have dichromatic vision, which is determined by the opsin gene DNA sequence. These animals may have…
RT @eenork: Less is more! Most Eulemurs have dichromatic vision, which is determined by the opsin gene DNA sequence. These animals may have…
RT @eenork: Less is more! Most Eulemurs have dichromatic vision, which is determined by the opsin gene DNA sequence. These animals may have…
Less is more! Most Eulemurs have dichromatic vision, which is determined by the opsin gene DNA sequence. These animals may have an advantage in dark forests over trichromatic ones, as luminance contrasts are greatest for dichromats. #2022MMM https://t.co/4
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
NEW PUBLICATION: thereof) in wild eulemurs was just published in 'Behavioral Ecology and Sociobiology'. The research was led by Dr. Bradley and the GW Primate Genomics Lab. Congrats Dr. Louis and colleagues for your wonderful contributions to science! h
NEW PUBLICATION: A new study on the evolution of color vision (or lack thereof) in wild eulemurs was just published in 'Behavioral Ecology and Sociobiology'. The research was led by Dr. Brenda Bradley and the GW... https://t.co/5ZTPHxAfKD
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
RT @BioTay: Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color roj…
Es sabido que existen lemures con visión tricromática y dicromática. Aquí analizan las posibles ventajas de no ver el color rojo. Parece que, aunque la visión tricromática facilita la detección de alimentos (rojos), la dicromática tiene mejor contraste con
Less is more: lemurs may benefit from loss of trichromatic vision https://t.co/amaKr26DCP
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @BehavEcolPapers: Less is more: lemurs ( Eulemur spp.) may benefit from loss of trichromatic vision https://t.co/YijyoKhP93 BES
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @AMelinLab: We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism &…
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
Less is more: lemurs ( Eulemur spp.) may benefit from loss of trichromatic vision https://t.co/YijyoKhP93 BES
RT @CASHP_GWU: A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Beha…
A new study on the evolution of color vision (or lack thereof) in wild eulemurs by @GWBradleyLab was just published in 'Behavioral Ecology and Sociobiology' Read it here: https://t.co/22FM3mCORg https://t.co/iB0r75LosR
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
Looks like I found my journal club article for this month. Congrats to everyone on this paper! @GWBradleyLab @AMelinLab
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
We examined opsin genes of 11 Eulemur spp and found interesting variation! E. flavifrons & E. macaco have L/M polymorphism & trichromacy. E. rubriventer uniquely has red-shifted dichromacy, others green-shifted. Congrats Rachel & all coauthors
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
RT @GWBradleyLab: Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of tr…
Our new BES paper with Rachel Jacobs, @AMelinLab and others is online!: "Less is more: lemurs may benefit from loss of trichromatic vision" https://t.co/xzwPrT4pwu https://t.co/h3Kox5lePb