Edward

[Edward @eduardo1]

@Mr_Derivatives If you really expect those returns. No need to wait for a 5% discount

[Edward @eduardo1]

@Midnight_Captl Going down under 200 soon

[Edward @eduardo1]

@Midnight_Captl THe stock is very cheap. To go up it only needs a change of sentiment

[Edward @eduardo1]

@matthughes13 Thanks for giving us hope

[Edward @eduardo1]

@TeslaAaronL Wow

[Edward @eduardo1]

@Midnight_Captl Agree 100

[Edward @eduardo1]

@BMNRTracker So tom lee is wrong ?

[Edward @eduardo1]

@Alice_MiaX Hope NVDA is buying

[Edward @eduardo1]

@SchwartzFinance @Kalshi But first a dip to 199 imo

[Edward @eduardo1]

@Mr_Derivatives Buying more @199

[Edward @eduardo1]

@matthughes13 Are you too ? 😊

[Edward @eduardo1]

@ScottBaio @IMGAcademy @ProvidenceCol @MrsScottBaio Congrats 🍾

[Edward @eduardo1]

@BMNRTracker July 4th ?

[Edward @eduardo1]

@QuintenFrancois @leolanza You mean triangle breakdown?

[Edward @eduardo1]

@LaishaWilkins Felicidades 🌹

[Edward @eduardo1]

Scientists successfully reversed the biological age of human skin cells by around 30 years.

This advance has the potential to transform regenerative medicine and treatments for age-related diseases.

A research team at the Babraham Institute in Cambridge developed a technique called maturation phase transient reprogramming (MPTR). By carefully exposing adult fibroblasts to Yamanaka factors for just 13 days, the researchers induced profound cellular rejuvenation without allowing the cells to lose their specialized identity and revert fully into stem cells. This precise timing enabled the cells to erase decades of accumulated aging damage while retaining their original function.

The reprogrammed cells not only showed molecular signs of youthfulness but also performed like younger cells. In functional tests, they produced substantially more collagen and closed experimental wounds much faster than untreated older cells.

[Gill, D., Parry, A., Santos, F., Okkenhaug, H., Todd, C. D., Hernando-Herraez, I., Stubbs, T. M., Milagre, I., & Reik, W. (2022). Multi-omic rejuvenation of human cells by maturation phase transient reprogramming. eLife 11: e71624. DOI/10.7554/eLife.71624]

[Edward @eduardo1]

@LaishaWilkins A qué dirección se mandan......

[Edward @eduardo1]

@israelititan Mexico

[Edward @eduardo1]

@SenLummis Congratulations for all the work you have been doing 👏🏽👏🏽👏🏽

[Edward @eduardo1]

@matthughes13 Very smart move