RT @endogenetica: And mutations in POU1F1 that alter splicing in favor of the beta isoform of this transcription factor is an emerging caus…

And mutations in POU1F1 that alter splicing in favor of the beta isoform of this transcription factor is an emerging cause of isolated GHD or combined pituitary hormone deficiency Thanks @EuroSPE to give me the opportunity to share this histories https://t

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @UM_Genetics: New paper in @AJHGNews from the Camper and Kitzman @jacobkitzman labs! High-throughput splicing assays identify missense…

Congrats Drs Kitzman and Camper! @umichmedicine @UM_Genetics @SequenceMan @smithcat1661

Awesome collaboration!

RT @umichrna: #Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Hu…

RT @umichrna: #Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Hu…

RT @umichrna: #Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Hu…

RT @umichrna: #Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Hu…

RT @umichrna: #Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Hu…

#Splicing defects are often an overlooked cause of genetic disease. A publication by Drs. Camper and Kitzman in The Am. J. Human Genetics #pituitarygland, #growthhormone #RNA https://t.co/AODpoVbOuq https://t.co/5nCa7NLMUX @smithcat1661 https://t.co/mrR8fv

RT @UM_Genetics: New paper in @AJHGNews from the Camper and Kitzman @jacobkitzman labs! High-throughput splicing assays identify missense…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @UM_Genetics: New paper in @AJHGNews from the Camper and Kitzman @jacobkitzman labs! High-throughput splicing assays identify missense…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

RT @jacobkitzman: Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effo…

Happy to share our study applying splicing MAVEs to hypopituitarism, out at @AJHGNews https://t.co/StP5g5XI9B - team effort w/fmr postdoc Peter Gergics in Sally Camper’s lab @UM_Genetics, PhD student in my lab @smithcat1661, and collaborators worldwide 1/5

RT @UM_Genetics: New paper in @AJHGNews from the Camper and Kitzman @jacobkitzman labs! High-throughput splicing assays identify missense…

New paper in @AJHGNews from the Camper and Kitzman @jacobkitzman labs! High-throughput splicing assays identify missense and silent splice-di... https://t.co/6fOff0PAmx https://t.co/knjpOEOXw1

High-throughput splicing assays identify missense and silent splice-disruptive POU1F1 variants underlying pituitary hormone deficiency https://t.co/lFrRjx2scB

RT @AJHGNews: New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu

Congrats @smithcat1661, @jacobkitzman, and everyone else from the Kitzman and Camper labs!

RT @AJHGNews: New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu

RT @AJHGNews: New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu

RT @MariPeMil: Our last paper is out! happy to share! https://t.co/oTKDGgZrrM

RT @sebas_ontheway: Our new paper is out! https://t.co/Wj2DPq2dZR

RT @MariPeMil: Our last paper is out! happy to share!

Our new paper is out!

Our last paper is out! happy to share!

RT @AJHGNews: New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu

RT @AJHGNews: New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu

New! Gergics et al. generate a catalog of POU1F1 variants to guide interpretation of VUS https://t.co/nZrPrVGeKu