www.IVFTribe.org’s Post

It's fascinating to witness the evolution of scientific research! South Korea is emerging as a key hub for groundbreaking studies on "nanobes, somatides, cellular dust, vesicles," and more. Recent discoveries like the assembly of new cells by tiny particles and the identification of DNA fragments flowing through an acupuncture meridian system are reshaping our understanding of life. This paper challenges conventional views, linking Bechamp, Lepeshinskaya, and Kim in a paradigm-shifting exploration. So, jump into hasty conclusions on the fascinating properties of somatides: they are going to change our entire view of medicine. Dive into the details here: https://lnkd.in/eF3Yrmm9

This image is from one of the scientific experiments from which I learned a lot. For three consecutive months, I brought samples to the laboratory to produce embryos, but every time there was fertilization failure or the fertilization rates were very low. I suffered and doubted myself and my methods of work. In the end, I discovered that the mistake was due to not properly controlling the pH level of the culture media, as well as the fact that the collection medium was exposed to air in the work hood for up to 2 hours, which affected its quality. After thorough research, I learned that even just one minute of air exposure can cause a 0.1 shift in the pH level of the culture medium. From this, I learned that working with embryos in the laboratory requires practical experience, exceptional speed, and precision in work, along with careful use of high-quality, freshly prepared laboratory media and meticulous attention to every step of preparing hormones and other additives for the culture media.

Comparison of Two Different Morphological Methods to Study the Pronotum of Cimicidae: Bed Bugs, Bat Bugs, and Swallow Bugs 📚included in the Special Issue "Systematics, Phylogeny, Evolution and Diversity of True Bugs (Hemiptera: Heteroptera)" 👉Access the paper: https://lnkd.in/g-7bfXSX #mdpiinsects #Hemiptera

Sharing my commentary (Dispatch*) in Current Biology on fascinating work from Yung Din's lab at Penn**, bringing back a behavior - sine song - to a species in which it had been evolutionarily lost Paper**: D. Ye, J.T. Walsh, I.P. Junker, Y. Ding Changes in the cellular makeup of motor patterning circuits drive courtship song evolution in Drosophila Curr. Biol., 34 (2024), pp. 2319-2329.e6 Dispatch* (personal link; good for 50 days): https://lnkd.in/e_XwBXfc A particularly clever aspect of the paper is using hybrids between D. yaukuba (no sine song) and D. teissieri to determine whether the loss of sine sone was due "decision" neural circuitry or execution o the motor program. DBK Hats off to to the Ding lab for figuring out how to resurrect a VERY long lost behavior !

I am conducting an ink diffusion experiment with my 7th-grade students to investigate how molecules behave during the diffusion process. The students are observing molecular movement from areas of higher concentration to lower concentration, allowing them to gain a practical understanding of how diffusion works. This experiment also helps them connect the concept of diffusion to biological processes, such as the movement of substances across cell membranes, which is vital in understanding cell function and homeostasis🙌☺

Interested in finding out more about stereoretentive enantioconvergence? François Richard and I have just written a "Behind the Paper" blog post for Springer Nature Communities where we set out the origin of the idea - going all the way back to Andrew Lawrence's 2012 (!) total synthesis of rac-incarvilleatone. https://lnkd.in/eqnDMEZ8 #organicchemistry #medicinalchemistry #drugdiscovery

Our latest research paper: “Novel transcriptomic panel identifies histologically active eosinophilic oesophagitis,” is now available in the current issue of Gut (July 2024, Volume 73, Issue 7) !!! https://lnkd.in/dgPixJZv #Gut #EoE #eosinophilicesophagitis #eosinophilicoesophagitis

🌱 Reminder: Don't Miss the 7th Connecting Plant and People Seminar! 🌱 Title 'Mechano- & Cell biology 📅 Date: Tomorrow, Novenber 28 ⏰ Time: 12:30 CET Join us for an engaging seminar exploring Mechano- & cell biology, with inspiring talks from experts in the field! ✅ Don’t forget to register if you haven’t already! https://bit.ly/3CMWXHq See you there! 🌿 #PlantScience

Sparkling Synapses Sciences Smiling Secrets by Peculiarly Positive Perspectives Sparkling Synapses Sciences Smiling Secrets via YouTube https://lnkd.in/gXt5arg5

New research unlocks secrets of pig-to-human organ transplants! ➡️⚕️ Could this be the future of medicine? Watch to find out: https://lnkd.in/gMaHxRSw #xenotransplantation #science #microbiology #organtransplantation #sciencefinds #series