Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

For , we're featuring Dr. Paul Sauer! This illustration shows phycobilisomes (blue & green) which collect sunlight in cyanobacteria during photosynthesis & adjust their output depending on light conditions. OCP (orange), dissipates excess captured energy.

For #SeeingDiversity, we're featuring Dr. @paulvictorsauer! This illustration shows phycobilisomes (blue & green) which collect sunlight in cyanobacteria during photosynthesis & adjust their output depending on light conditions. OCP (orange), dissipates excess captured energy.
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Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

We're featuring Lauren Goins Casimere for ! The Goins lab Stanford University delves into the intricate world of cellular decision-making. Their focus? Understanding how young blood stem cells, brimming with potential, navigate the path to becoming different cell types.

We're featuring @LaurenGoinsPhD for #SeeingDiversity! The Goins lab @Stanford delves into the intricate world of cellular decision-making. Their focus? Understanding how young blood stem cells, brimming with potential, navigate the path to becoming different cell types.
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Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

For , meet Dr. Nayara Fernanda Barros Dos Santos Nayara Santos a postdoc in the Pornillos lab U of Utah Dept of Biochemistry! This figure by Margot Riggi illustrates how some HIV-1 CA mutants may produce capsids that are unstable & fall apart in the cytosol, preventing nuclear import.

For #SeeingDiversity, meet Dr. Nayara Fernanda Barros Dos Santos @fbsnayara a postdoc in the Pornillos lab @UofUBiochem! This figure by @MargotRiggi illustrates how some HIV-1 CA mutants may produce capsids that are unstable & fall apart in the cytosol, preventing nuclear import.
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Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

For , we're featuring Dr. @farrahnmadison! This illustration by Trish Luu shows 3 songbird species studied by the Madison lab: a Gouldian finch, Zebra finch, & canary. Also pictured are testosterone & corticosterone, two of the lab’s hormones of interest.

For #SeeingDiversity, we're featuring Dr. @farrahnmadison! This illustration by Trish Luu shows 3 songbird species studied by the Madison lab: a Gouldian finch, Zebra finch, & canary. Also pictured are testosterone & corticosterone, two of the lab’s hormones of interest.
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Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

For , meet Dr. Chelsey Spriggs Chelsey Spriggs, Ph.D.. Chelsey is an Assistant Professor UMCDB and her lab (@SpriggsLab) studies how viruses with DNA genomes reach the nucleus to cause infection (illustration by Rachel Torrez).

For #SeeingDiversity, meet Dr. Chelsey Spriggs @Dr_Sprggs. Chelsey is an Assistant Professor @UMCDB and her lab (@SpriggsLab) studies how viruses with DNA genomes reach the nucleus to cause infection (illustration by @torrez_rach).
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Janet Iwasa(@janetiwasa) 's Twitter Profile Photo

For this month, meet Dr. Krystle J McLaughlin, an Asst Chem Prof Vassar College! This illustration by Margot Riggi highlights Krystle’s working hypothesis of the step-wise assembly of the relaxosome, a multiprotein complex involved in bacterial plasmid conjugation.

For #SeeingDiversity this month, meet @biophyskrys, an Asst Chem Prof @Vassar! This illustration by @MargotRiggi highlights Krystle’s working hypothesis of the step-wise assembly of the relaxosome, a multiprotein complex involved in bacterial plasmid conjugation.
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University of Utah School of Biological Sciences(@UofUBiology) 's Twitter Profile Photo

is abt. creating/sharing an illustration that depicts the scientific contributions of a molecular/cell biologist/biochemist of color whom members of the animation lab at University of Utah admire. New collaborators welcomed.
Janet Iwasa
More: animationlab.utah.edu/seeingdiversity

#SeeingDiversity is abt. creating/sharing an illustration that depicts the scientific contributions of a molecular/cell biologist/biochemist of color whom members of the animation lab at @UUtah admire. New collaborators welcomed. 
@janetiwasa 
More: animationlab.utah.edu/seeingdiversity
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Chantell Evans(@channyskye) 's Twitter Profile Photo

Re-highlighting the amazing work of Janet Iwasa and Ann (Hui Liu). As part of their we collaborated to illustrate my science. Here is how damage or aged mitochondria are removed from neurons via a process called mitophagy!

#BlackInNeuroResearch Re-highlighting the amazing work of @janetiwasa and @Ann_HuiLiu. As part of their #SeeingDiversity we collaborated to illustrate my science. Here is how damage or aged mitochondria are removed from neurons via a process called mitophagy! #CiteBlackInNeuro
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Paul Sauer(@paulvictorsauer) 's Twitter Profile Photo

So honored to be featured by Dr. Janet Iwasa's initiative! Look at her marvelous illustration of the phycobilisome and how it is regulated by OCP!

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BASILbiochem(@BLbiochem) 's Twitter Profile Photo

BASIL team member Krystle McLaughlin (Dr. Krystle J McLaughlin) was highlighted in the project this month!

Read more about her interests and see the graphic created by Iwasa Lab member Margot Riggi that describes Krystle’s bacterial conjugation biochemistry research👇🏽 🧵

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Lynnette Jackson(@LNJackson7) 's Twitter Profile Photo

I feel so honored to be featured in Janet Iwasa & Grace Hsu 's project!! Check out their other features and follow their project to learn about other scientists of color!!

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Flora Rutaganira(@Frutag33) 's Twitter Profile Photo

Midweek joy! I am honored to be amplified by Dr. Janet Iwasa’s Animation Lab for . Visit animationlab.utah.edu/seeingdiversity to see other featured scientists including Dr. Melanie McReynolds & Chantell Evans and the incredible illustrations of their science.

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Jerelle A Joseph(@jerelleaj) 's Twitter Profile Photo

Thanks Janet for hosting this wonderful initiative! Huge thank you to Margot Riggi for doing such a wonderful job on the illustration! ♥️

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