#stem cell transplantation

[lifepulse]

Drug resistance in multiple myeloma: When cancer cells say "NO" to treatment

Drug resistance is like a game of cat and mouse. Cancer cells are the cat, and researchers are the mouse. The cat is always trying to find new ways to catch the mouse, but the mouse is always trying to find new ways to avoid getting caught.

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[anthonycrowley]

if you’re between the ages of 18-40 and are able please consider joining the bone marrow registry. it’s an easy way to potentially save someone’s life. (also, if you can’t donate blood it doesn’t necessarily mean you can’t donate marrow! mlm and trans people on hormones are encouraged to register as well!)

[bpod-bpod]

Blood to Brain

Bone marrow-derived (haematopoietic) stem cell transplants (HSCT), such as may be given for treating leukaemia, are being investigated as a means of delivering therapeutic proteins to the central nervous system. In this study, mice deficient in a protein called progranulin – mimicking the cause of neurological disease in humans – had levels restored by HSCT

Read the published research article here

Image from work by Pasqualina Colella and colleagues

Department of Pediatrics, Stanford University School of Medicine, Stanford, CA, USA

Video originally published with a Creative Commons Attribution 4.0 International (CC BY 4.0)

Published in Nature Communications, July 2024

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[koifishart]

A window is a luxury for many patients. For many of them, instead of a window, video calls must suffice as the only contact with their family during many weeks of therapy in lockdown. Isolation, watching the changing, professional faces of the staff, a different drip every now and then connected to a tube sticking out of the arm. Solitude in the sterile whiteness, limited to a room with a bed and a bathroom. This is what the world of people with leukemia looks like. How do I know this? Because over a month ago, one of the most important people in my life received just such a diagnosis: acute myeloid leukemia. He has already undergone a series of chemotherapy, is slowly regaining strength, and is mentally and physically burdened. In the meantime, a donor of hematopoietic stem cells is being sought, which will hopefully bring him home permanently. We all wait, enjoying the smallest successes, such as getting out of bed or a successful game of ship games.

I would like to be a donor, but my health does not allow it. Therefore, I can only believe that somewhere in the world there is a person who is a genetic twin and will be willing to help. To register in DKMS, a cheek swab is enough. Just enough, and more than enough, to join the group of people who can give others a second life.

If you are out there somewhere, Twin, know now that I am very grateful for your help ❤️

[ahamkara-apologist]

Chewing on more trans hcs for Destiny, this time namely Drifter being trans but having gotten Golden-Age care and surgeries so the only indicator he's got is some scars at the base of his dick from his stem-cell generated penis transplant...one thing I love about magic scifi universes is the versitility in transition magic options that are out there lmao

[iamyouknow-yours]

Consider joining your local bone marrow registry!

You can save lives. If you're between 16 and 45, and generally healthy, please consider signing up.

The process of signing up is really easy, and if you're ever matched with someone to donate, the donation process is simple and painless.

https://sabmr.co.za/ <- that's the link to the South African registry.

https://www.dkms-africa.org/get-involved/become-a-donor <- you can also use DKMS if you prefer.

https://www.dkms.org/ <- if you're not in South Africa.

You sign up to the registry online (give them a bit of basic info and they check your eligibility, and then they'll organise a cheek swab).

Then anyone who needs a donation (such as some people with leukemia) has their marrow tested against everyone on the registry.

When they find a close enough match, the person is contacted.

If the person agrees to donate, their marrow is tested further, and if they're still a match, then the process is very simple.

The donor gets an injection for 5 days in a row, to increase the movement of stem cells from their bone marrow into their blood.

On the fifth day, blood will be taken, filtered through a machine to take the stem cells out, and returned to the donor.

They can go home on the same day.

Joining the registry does not mean you will donate, and if you do join and are contacted, you still have a choice.

There's no compensation involved, but often your expenses (such as travel) are paid. And you will incur no medical costs.

[venomgender]

3 months ago almost to this day we were told my cousins cancer was so bad she could pass at any moment and would need a miracle to survive... today shes stable celebrating her birthday.... it just feels really good

[covenawhite66]

The experiment involved little blobs of human brain stem cells tissue transplanted into rats. Then neurons integrated into the rat's brain so well the organoids started to respond to visual stimuli made of black and white images.

The experiment stopped after 3 months because of the rat rejecting human tissue despite the immunosuppressant medication.

The next experiment is to transplanting human brain tissue into adult rats with large cortical injuries, to see if they, too, can show functional integration

Brain organoids created from human pluripotent stem cells represent a promising approach for brain repair. They acquire many structural features of the brain and raise the possibility of patient-matched repair. Whether these entities can integrate with host brain networks in the context of the injured adult mammalian brain is not well established.

[moriparty413]

im in complete remission!!!! i kicked cancer's ass!!!!!!!!

[o-wyrmlight]

One of the squash plants stems split really badly and I wasn't sure about how to fix it. In the process of examining it, I ended up breaking the stem, so it doesn't matter now, anyway. So guess that plant's trashed now, huh.

[emiliaclarke466]

Exosome Stem Cell Therapy in Edinburgh: 5 Key Facts You Need to Know

Exosome stem cell therapy has emerged as a groundbreaking approach in regenerative medicine, capturing the attention of both medical professionals and patients alike. Particularly in Edinburgh, this innovative therapy is gaining traction for its potential to treat a variety of conditions, ranging from chronic pain to degenerative diseases. As more individuals seek effective alternatives to traditional treatments, understanding the essentials of exosome stem cell therapy in Edinburgh becomes paramount. In this article, we will explore five key facts that highlight the significance of this therapy.

Understanding Exosomes and Their Role in Stem Cell Therapy

At the heart of exosome stem cell therapy lies the fascinating role of exosomes themselves. Exosomes are tiny vesicles secreted by cells, particularly stem cells, that play a crucial role in cell communication. These nano-sized particles are packed with proteins, lipids, and genetic materials that facilitate the transfer of information and contribute to cellular repair and regeneration.

When it comes to stem cell therapy, exosomes serve as powerful mediators of the therapeutic effects of stem cells. They can enhance tissue repair by delivering bioactive molecules to target cells, ultimately promoting healing and regeneration. This mechanism is particularly beneficial in conditions such as osteoarthritis, where joint tissues can be revitalized through the action of exosomes. The ability to harness these natural cell signaling agents has positioned exosome therapy as a promising avenue for treatment in Edinburgh and beyond.

The Advantages of Exosome Stem Cell Therapy

One of the most compelling aspects of exosome stem cell therapy is its minimally invasive nature. Unlike traditional stem cell procedures that often require surgical interventions, exosome therapy can be administered through simple injections. This not only reduces the risk associated with invasive techniques but also shortens recovery times, allowing patients to return to their daily activities more quickly.

Additionally, exosome therapy is associated with fewer side effects compared to conventional treatments. Many patients report a more comfortable experience with exosome therapy, as it utilizes the body’s natural healing processes rather than introducing foreign substances. This biocompatibility makes exosome therapy a safer alternative for those who may be wary of the potential complications associated with more invasive procedures. The positive experiences of patients in Edinburgh further underscore the growing popularity of this innovative treatment approach.

Conditions Treated by Exosome Stem Cell Therapy

Exosome stem cell therapy shows promise in treating a variety of medical conditions, making it a versatile option for patients in Edinburgh. For instance, individuals suffering from chronic pain due to conditions like back injuries or joint disorders have reported significant improvements following exosome therapy. The regenerative properties of exosomes can aid in reducing inflammation and promoting tissue healing, providing relief to those who have struggled with persistent pain.

Moreover, exosome therapy has been explored in the context of neurodegenerative diseases, such as Parkinson’s and Alzheimer’s. Research suggests that exosomes derived from stem cells may have neuroprotective effects, potentially slowing the progression of these debilitating conditions. As the understanding of exosome therapy continues to evolve, the potential applications in various fields of medicine expand, providing hope for patients facing challenging health scenarios.

The Future of Exosome Stem Cell Therapy in Edinburgh

As exosome stem cell therapy gains momentum, the future looks promising for its integration into mainstream medical practice in Edinburgh. Ongoing research is crucial for further elucidating the mechanisms behind exosome therapy and validating its efficacy across different patient populations. Clinical trials are being conducted to assess the long-term effects of this therapy, ensuring that practitioners are equipped with the most accurate information to guide treatment decisions.

Additionally, as healthcare providers in Edinburgh continue to adopt cutting-edge technologies, exosome therapy stands out as a pivotal innovation. The collaboration between academic institutions and medical practices will play a vital role in advancing this field, ultimately benefiting patients seeking effective treatment options. With a growing body of evidence supporting its use, exosome stem cell therapy may soon become a standard practice in regenerative medicine across Edinburgh.

Conclusion: A New Era of Healing in Edinburgh

In conclusion, exosome stem cell therapy represents a significant advancement in the realm of regenerative medicine, offering hope for numerous patients in Edinburgh. Its minimally invasive nature, coupled with the potential to treat a wide array of conditions, positions exosome therapy as a compelling option for those seeking alternatives to conventional treatments. As research continues to unfold and practitioners become more knowledgeable about this innovative approach, the future of exosome stem cell therapy looks bright.

For individuals interested in exploring exosome stem cell therapy, consulting with a reputable medical group can provide invaluable insights. Este Medical Group Edinburgh stands out as a trusted provider, offering expert guidance and comprehensive care tailored to individual needs. As the landscape of regenerative medicine evolves, staying informed about the latest advancements is crucial for making empowered healthcare decisions.

[nerrajblog]

Stem Cell Transplant For Hair Loss

Discover innovative stem cell transplant for hair loss, a revolutionary treatment promoting hair regrowth and combating thinning effectively.

[regenhealthsolutions]

Neural Stem Cell Transplantation Shows Promise for Treating Chronic Spinal Cord Injury

This graphical abstract illustrates the study design. Notable innovations include the use of a “floating cannula” to deliver stem cells without suspension of respiration, utilizing diffuse tensor imaging (DTI) to enable both qualitative and quantitative assessment of the spinal cord, and utilizing electromyography (EMG) to reveal evidence of neurological improvements. Phase I clinical trial led…