Eaman Abay

she/her 🇪🇷 • PhD Candidate @MDBCincy • #MolkentinLab 🫀 mitochondria + macrophages

[Eaman Abay @eamanabay]

Super proud of Rajesh and lab mates for this elegant study recently published in JCI! Our findings suggest redefining the way we think about cardiac macrophages in cardiovascular pathology. #MolkentinLab

[Journal of Clinical Investigation @jclinicalinvest]

Selective expansion of cardiac macrophage subtypes reveals nuanced roles https://t.co/Sb9eFP3hh2

Jeffery D. Molkentin & team @CincyChildrens's findings highlight the different contributions of tissue-resident versus monocyte-derived macrophages to cardiac health and disease.

In the image, an expanded population of tissue-resident macrophages (green) seek out necrotic cardiomyocytes (blue) in a dystrophic mouse model. #Fibrosis #CardiovascularDisease

[Karch Lab @karchoptosis]

Mike eating potatoes at ISHR NAS dinner.

[The Ohio State Univ. Physiology and Cell Biology @OhioStatePCB]

Congratulations to @Sarah_biophys Dr. Sturgill for successfully her thesis @OSUWexMed @OhioStateMed @OhioStateDHLRI

[Eaman Abay @eamanabay]

Congrats Dr. Brooks! 🤩 grateful for the fun times and grad school advice

[BrugmannLab @BrugmannLab]

Big Congratulations to the newly minted Dr. Evan Brooks @ecbrooks96. Such a special day! @CincyResearch @MDBCincy

[Craig A. Goodman @CraigAGoodman1]

MCU genetically altered mice suggest how mitochondrial Ca2+ regulates metabolism
https://t.co/oQw7EyLU47

[Eaman Abay @eamanabay]

Congrats Evan! Denver is so lucky to have you!

[Eaman Abay @eamanabay]

Best* Dev and Disease class!
Keep rocking professor 🤩🫡
(*No bias, disclosures, or conflict of interest 😂)

[Shane D'Souza, PhD @ShaneP_D]

2 of 2 grants not discussed, 3 of 3 papers rejected, but a blast to teach PhD students about eye morphogenesis and retinal development!

[Russ Hepple @HeppleRuss]

Great new work from Molkentin lab: MCU complex deletion does not prevent mitochondrial Ca2+ overload and pathological mitochondrial permeability transition in a mouse model of DMD. https://t.co/ENlWmKdatc

[The Ohio State Univ. Physiology and Cell Biology @OhioStatePCB]

Just published from Prof. Biesiadecki lab. Troponin I Tyrosine Phosphorylation Beneficially Accelerates Diastolic Function | Circulation Research https://t.co/whBq1LtQhA
@nih_nhlbi @AHA_Research @OSUWexMed @osuresearch @OhioStateDHLRI @NSF @NIH @CircRes #troponin #tyrosine

[Muscle Cell News @musclecellnews]

Dr. Jeff Molkentin and colleagues from @CincyChildrens reported that MCUb is an inducible control point in regulating #skeletal muscle mitochondrial Ca2+ levels and substrate utilization that impacts total metabolic balance. ⚖️

🔎 https://t.co/4kzZ9wRLvl

[Eaman Abay @eamanabay]

#BCVS2019 ➡️ UC 2023
It was a delight being able to catch an insightful seminar from @HundLab and see great progress on the βIV-spectrin project! Go Bucks 🌰

[Karch Lab @karchoptosis]

Mike eating chicken at council dinner. #BCVS23

[Cincinnati Children's @CincyChildrens]

We’re honored to be named the #1 children’s hospital in the nation according to @usnews! This is another amazing first for Cincinnati Children’s and our region and we couldn’t have gotten here without you. #WeAreCincyKids

[Eaman Abay @eamanabay]

@Kiwee118 Congrats Kierra! 🥳

[Dominique Tanner, PhD @Dom_TheBMEngr]

Allow me to introduce myself: Dr. Dominique Tanner! The second Black woman to earn a PhD in Biomedical Engineering from the University of Cincinnat @uofcincy @UC_CEAS!

[Lorien Salyer, PhD @lorien_salyer]

Proud of my team! Check out our newest publication @JMCCardiology "The lack of Troponin I Ser-23/24 phosphorylation is detrimental to in vivo cardiac function and exacerbates cardiac disease" https://t.co/LYQpYZ5siP