Congratulations!

The Blue Whale possesses the largest heart on Earth, composed of four equally massed chambers. It pumps oxygen to all parts of its colossal body every 10 seconds. This magnificent creature, surpassing the size of any dinosaur, boasts a weight ranging from 100 to 150 tons, akin to approximately 340 elephants or the dimensions of a 10-story building. With a massive 30-meter length, it relies on its substantial heart, weighing approximately 180 kilograms, to fuel its immense body. The heart of the Blue Whale, characterized by its four equally proportioned chambers, efficiently circulates oxygen, propelling 220 liters of blood throughout its vast frame. Remarkably, its heartbeats resound audibly up to 3 kilometers away when detected by sonar devices. However, the intrigue extends beyond audibility. While at the water's surface, the Blue Whale's heart typically beats at a rate of 25 to 35 beats per minute. Nevertheless, during deep-sea dives for sustenance, its heart rate can plummet to a mere 4 to 8 beats per minute. This adaptation enables the Blue Whale to reduce its heart's strain while ensuring the even distribution of blood, even in the frigid depths of the ocean.

Very happy to see our work finally in print 🥳😊😀Learn more how aging and senescent cells impairs nerve functions in the heart science.org/doi/full/10.1126… Thanks to the entire teams particularly @JulianW27954793 and our great collaborators @dzhk_germany @CPI_ExStra

Ageing can be quite nerve-wracking! This is especially true for the old heart. See my very first Science paper to learn more! 😎 science.org/doi/full/10.1126… Thanks so much for this massive team effort @InstCardReg_FFM @StefanieDimmel1 @gluxan @th3k4ty

Hematopoiesis in cardiovascular disease, 73 years ago 👇❤️‍🔥🦴👀 The Red Bone Marrow in Heart Failure ncbi.nlm.nih.gov/pmc/article… I would tag the friendly reviewer who pointed me to this gem 🙏but we don't have blinded tags yet

Brazil's northernmost point is closer to every country in the Americas than it is to Brazil's southernmost point

Machado ❤️ “Long forgotten by most, it’s one of the wittiest, most playful, and therefore most alive and ageless books ever written.”

Congrats @fernanddopedro !

Amazing news! Muito feliz! @iserrapilheira @icb_ufmg @ufmg

Little baiacu blowing up because it’s scared! #biology #mothernature #darwin

Always nice to see you @anacarolinaleao! Good luck on your experiments!

An Overview of Alamadine/MrgD Signaling and Its Role in #Cardiomyocytes: ow.ly/6qtV50MPPle #review #cardiovascular #ArticlesInPress @itacoutoo @ufmg

Proud to share our latest paper on a murine model of stress-induced cardiomyopathy. @ajpheartcirc

The superstar footballer won his first of three World Cups in 1958, aged only 17 econ.st/3IaLm5S

Chamada para alunos de mestrado!

B cells play a significant role in cardiomyopathy and heart failure. To learn more about this growing area of #cardiacimmunology, check out this state-of-the-art concise review written by our @hopkinsheart team. No background in immunology needed! link.springer.com/article/10…

Vaga para IC!

#Cover: Efferocytosis induces macrophage-produced VEGFC to ameliorate cardiac injury & inflammation: buff.ly/3KfVV53 Image: cardiac macrophages (CD68-red) & lymphatic vessel endothelial cells (LYVE1-green) in murine cardiac sections @NU_Lymphatics @WanshuMa @NUFeinbergMed

Fresh out @NatImmunol: In the hematopoietic niche, B lymphocytes produce the neurotransmitter acetylcholine thus reducing white blood cell production. 👇 rdcu.be/cJ6nJ