Destiny Schultz

Immunology PhD. She/They. Receptor trafficking and signaling. Adipose tissue immunology. Views are my own.

[Destiny Schultz @DestinyFSchultz]

Lysosomes and endocytosis GRS is accepting applications!

Trainees- this is a great opportunity to network with peers and settle in before the associated GRC. Submit your abstract for talk consideration by the end of March!

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https://t.co/RmXWxHV574

[J Cell Science @J_Cell_Sci]

.@DestinyFSchultz, David Katzmann and colleagues @mayoclinicbmb find that loss of HD-PTP function results in lipodystrophy, defective cellular signalling and altered lipid homeostasis.
https://t.co/mDcZohcKSZ

[Destiny Schultz @DestinyFSchultz]

Topics of interest include endolysosomal remodeling, physiology and disease, and plasma membrane remodeling/endocytosis.

GRS conference dates are June 15-16 and the associated GRC June 16-21!

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[Destiny Schultz @DestinyFSchultz]

Lysosomes and endocytosis GRS is accepting applications!

Trainees- this is a great opportunity to network with peers and settle in before the associated GRC. Submit your abstract for talk consideration by the end of March!

1/2

https://t.co/RmXWxHV574

[Phyllis Hanson @PIHanson]

Excited to share the fantastic program for this year's Lysosomes & Endocytosis Gordon Conference

Great speakers, fast-moving science, and wonderful community. Apply soon for best availability!

June 16-21 (with GRS June 15-16), Proctor Academy

https://t.co/ttSl5V8Ral

[Destiny Schultz @DestinyFSchultz]

Super stoked to combine macrophages and trafficking in this festive card! @BioRender #sciencegreetings

[bioRxiv @biorxivpreprint]

HD-PTP/PTPN23 hypomorphic mice display lipodystrophy https://t.co/R0LhZ2BF7I #bioRxiv

[Mayo Clinic Endocrinology @MayoClinicEndo]

Read about the work on #obesity and #FattyLiver #NAFLD through the Mayo Clinic Graduate School

@DestinyFSchultz

https://t.co/Oyvyq1wlzM

[ASBMB @ASBMB]

🎉Thank you so much to everyone who attended our ESCRT biology meeting this week! #asbmbESCRTbio
https://t.co/frEmxVrPV5
(📸Photo credit to Megan Reder and Juan Martin-Serrano for this great group pic.)

[Michael Medlyn @MedlynMichael]

Merry Macrophage and Happy Holidays! #TeamBioGingerbread @DestinyFSchultz
@BioRender

[nature @Nature]

A study in Nature identifies the lysosomal protein Niemann–Pick type C1 (NPC1) as a cofactor in the trafficking of STING and shows that loss of NPC1 both ‘primes’ and ‘boosts’ STING signalling leading to neurological disease. https://t.co/0TdYg5dSzY

[Cell @CellCellPress]

In the latest issue! Secreted gelsolin inhibits DNGR-1-dependent cross-presentation and cancer immunity https://t.co/cLi19XXlMs