
John Giacona, PhD, PA-C🫀
@giaconajohn
Assistant Professor | Hypertension Specialist @UTSWHeart | Preventative Cardiology Chair @APAC_Cardiology | Tweets are mine
ID: 1357110656193953794
https://profiles.utsouthwestern.edu/profile/427351/john-giacona.html 03-02-2021 23:36:21
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Well done Amane Amane Hori!! DATA NCARnation presentation at #APS 2025. Photo credit Han Kyul Kim #Baroreflex


It was amazing to work together as a team UTSW Heart Coppell to launch our first #cardiometabolic health #lifestyle group class today! I partnered with Dr. Parul Sharma, RD, who led the #Food as Medicine for Heart Health class, focused on #SouthAsian cuisine.


Congratulations to Iram Hussain of UTSW on receiving the 2024 Rosalind Franklin Society Award in Science for her paper, “Which Patients Can Achieve Graves’ Disease Remission Using Radiofrequency Ablation?” published in Clinical Thyroidology. Learn more: bit.ly/4cOyIH1



❤️ iPad memories🙏 Today dear friends AHA Science #AHA23 Amit Khera Jo Chikwe David H. Wiener, MD Daichi Shimbo MD Radhika Rajgopal Singh Joseph C Wu, MD, PhD Wanpen Vongpatanasin John Giacona, PhD, PA-C🫀 Viet Le DMSc PA-C FACC FAHA HF-Cert Lk fwd #AHA25 🙌

Our new paper has been accepted for publication in AJP-Cell Physiology. Suggests that insulin enhances mechanical responses in sensory neurons by sensitization of TRPV4 channels. Great job, Ayumi! #ExercisePressorReflex journals.physiology.org/doi/abs/10.115…





Serum proteomic signatures raise new possibilities for distinguishing primary aldosteronism from essential hypertension! Our latest study is now published in the European Journal of Clinical Investigation! onlinelibrary.wiley.com/doi/10.1111/ec… Anand Vaidya European Journal of Clinical Investigation


Our new paper led by Han Kyul Kim published today in Circulation that highlights hypertension induced by dietary phosphate excess via FGF23-FGFR4-calcineurin activation of SNS in normal rats bit.ly/43H3cGB Masaki Mizuno, PhD, FACSM Teppei Fujikawa 藤川哲兵 UTSW Heart UTSW Internal Medicine


High dietary phosphate intake induces hypertension and sympathetic overactivation via FGF23 crossing into the brain, possibly acting via FGFR4 . Peiheng Gan @dileepkarrimdphd ahajournals.org/doi/full/10.11…



High dietary phosphate intake induces hypertension and sympathetic overactivation via FGF23 crossing into the brain, possibly acting via FGFR4. #AHAJournals Wanpen Vongpatanasin ahajrnls.org/4dRFlZC



