Salve a tutti,
è possibile mantenere un buon fisico con un testosterone basso/normale dovuto a un incidente testicolare?
Premesso di avere una buona genetica e non aver mai avuto problemi a mettere su massa prima di questo.
Hi, what could be a stack to increase male libido and orgasm intensity?
Is it really possible to get your life back on track after having a testicle removed? Almost a year after my right testicle orchiectomy, everything has changed mentally, sexually, and in terms of life planning—for the worse, obviously. Even the intensity of orgasm has been affected, and the ejaculate is much more transparent and less white than before, so I think fertility will unfortunately also be a problem. I've already tried seeing a therapist, but this, at least for me, is very difficult. Have any of you managed to have a life even remotely comparable to your previous one? What helped you physically accept the absence of a testicle?
Hi, I lost a testicle last year due to a medical error. Is it normal for my sex life to be completely different despite what doctors say? My orgasms seem less intense and my ejaculate is more watery.
Qualcun altro qui ha avuto problemi di fertilità dopo la rimozione di un testicolo?
🌍 Main research institutes and centers
🇨🇳 China (among the most active today)
South China University of Technology
The National Engineering Research Center for Tissue Restoration and Reconstruction operates here.
They study the reconstruction of the Leydig cell "microenvironment" and stem cell transplantation to restore testosterone.
Sun Yat-sen University
Research on Leydig cell progenitors and their regulation over time
Stem cell-based regenerative medicine approaches
👉 China is probably the most advanced country in bioengineering + stem cells applied to the testis.
🇰🇷 South Korea
CHA University
Differentiation of embryonic stem cells into Leydig-type cells capable of producing testosterone in vitro
Gachon University
Development of "testis-on-a-chip" systems to study interactions between testicular cells.
👉 Very strong in advanced experimental models (organoids, microfluidic chips).
🇨🇳 (other clinical-experimental centers)
Naval Medical University (Shanghai)
Nanjing University Medical School
👉 Here they are developing "testis-on-a-chip" systems and human models to study drugs and physiology.
🇨🇳 (organoids and fertility)
Hunan Normal University
Production of testicular organoids with germ cells and support for spermatogenesis.
🇹🇼 Taiwan
Taipei Medical University
Testicular tissue engineering (including for fertility) in animal models.
🇺🇸 / 🇪🇺 (more fragmented but relevant)
University of Louisville School of Medicine
Involved in studies on Leydig progenitor cells.
Several groups in the US and Europe are working on:
mesenchymal stem cells
reproductive endocrinology
tissue bioengineering.
👉 However, compared to Asia, they are often more focused on basic biology than on direct engineering applications.
🧠 What do these centers have in common?
Almost all work on three key areas:
Stem cells → Leydig cells
Organoids / testis-on-a-chip
3D scaffolds and testicular microenvironment
👉 However, no one has yet achieved:
long-term functional implants in humans
clinically approved therapies
📊 In summary
The most advanced centers today are in China and South Korea
Research is active and rapidly evolving
We are still at the preclinical stage or in early experimental studies