CzbnAuto® Male Autologous Reproductive Stem Cells

AutologousDazlPositive MarkProduct Overview & Features

Product Overview

Autologous Source · Cell Definition · Differentiation Potential

Male autologous germline stem cells are seed and source cells gifted by parents to every male for sperm production. These cells carry a complete set of family-specific genetic DNA codes and blueprints that direct, command, and orchestrate a man's entire life cycle—from growth and development to maturation, physiological function, daily activity, reproduction, and lifespan duration. In essence, male autologous germline stem cells hold the secrets and essence of each individual's life, serving as the critical and precise reproductive energy cells vital to every man's existence.

In every male's life, autologous male germline stem cells serve as the seed and source cells that produce sperm in the testes. Therefore, they are the foundation of male fertility.

Mature sperm produced by male autologous germline stem cells is the primary source of male androgens (testosterone). Therefore, these stem cells are the foundation of male sexual function, physical health, and sexual vitality—and the key to maintaining youthful testicular function.

Product Features

（Comparable to genetically inherited male autogenous reproductive stem cells with stable characteristics）

A. Microscopic observation of CzbnAuto® male autologous reproductive stem cells

Figure A: Peripheral blood mononuclear cells — Figure a: Peripheral blood mononuclear cells

Figure b: CzbnAuto® Male Autologous Reproductive Stem Cells

B. Flow cytometry and immunofluorescence analysis of Dazl-positive cell expression

Figure a: Flow cytometry analysis of Dazl-positive proportion in CzbnAuto® male autologous germ stem cells, reaching up to 38.4%. — Figure a: Flow cytometry analysis showing Dazl-positive proportion in CzbnAuto® male autologous germ stem cells, reaching up to 38.4%.

Figure b: Immunofluorescence assay for Dazl-positive cell proportion, with a positivity rate exceeding 40%. — Figure b: Immunofluorescence assay for Dazl-positive cells; positive cell proportion exceeds 40%.

C. Maintain the ability to differentiate into sperm

Transplant CzbnAuto® male autologous reproductive stem cells into the testis; sperm will form in 4-6 months. — Intratesticular transplantation of CzbnAuto® male autologous reproductive stem cells forms sperm in 4-6 months.

Exploring the Relationship Between CzbnAuto® Male Autologous Reproductive Stem Cells and Longevity(Animal Study)

Animal Experiment Research Log · For Technical Education

A. Long-term, fixed-frequency multiple supplementation with CzbnAuto® Male Autogenous Reproductive Stem Cells showed improvement in aging signs (mouse study).

Figure A: 27-month-old control mice showing clear signs of aging, including hair loss, dull and loose fur, hunched posture, lackluster eyes, and shriveled, lusterless tails. — Figure a: Mice in the 27-month-old control group exhibit pronounced signs of aging, including hair loss, dull and loose fur, hunched back, lackluster eyes, and shriveled, lusterless tails.

Figure b: CzbnAuto® Male Autologous Reproductive Stem Cell Transplantation Group, 27-month-old mice exhibited stable vital signs, with glossy, smooth fur; bright, lively eyes; and a plump tail. — Figure b: CzbnAuto® male autologous germ cell transplantation group, 27-month-old mice exhibited stable vital signs, glossy and smooth fur, bright and alert eyes, and a full tail.

B. Repeated supplementation with CzbnAuto® Male Autologous Reproductive Stem Cell Vital Energy at long-term, fixed frequencies produced "young" ultra-aged mice.

Repeated supplementation with CzbnAuto® Male Autologous Reproductive Stem Cells extended average lifespan by 30%. The longest-lived mouse to receive a CzbnAuto® transplant lived for 1036 days (equivalent to 133 human years). The natural occurrence rate of such extreme longevity is one in billions. — Repeated supplementation with CzbnAuto® Male Autologous Reproductive Stem Cells extended average lifespan by 30%. The longest-living mouse to receive a CzbnAuto® transplant lived 1036 days (equivalent to 133 human years). Such extreme longevity occurs in only one in hundreds of millions of cases.

C. Long-term, regular supplementation with CzbnAuto® Male Autogenous Reproductive Stem Cells restores testicular structure.

Comparison of overall morphology of the vas deferens and epididymis in mice between the control group and the male autologous germ stem cell transplantation group. — Comparison of overall morphology of the vas deferens and epididymis in mice between the control group and the male autologous germ stem cell transplantation group

Male autologous germ stem cells are the source of sperm and serve as regenerative seeds for male reproductive gland tissue. These stem cells differentiate into various reproductive gland cells and ultimately form sperm. Comparative analysis of vas deferens and epididymis morphology in mice revealed that, in the control group, the vas deferens exhibited significant atrophy and diffuse fibrosis. In contrast, mice receiving male autologous germ stem cell transplantation showed larger vas deferens and epididymis volumes with intact tissue architecture.

D. Long-term, fixed-frequency multiple replenishments with CzbnAuto® Male Autologous Reproductive Stem Cells to increase sperm count in the testes

Repeated supplementation with CzbnAuto® Male Autologous Reproductive Stem Cells significantly increases sperm count.

E. Long-term, fixed-frequency repeated supplementation with CzbnAuto® Male Autogenous Reproductive Stem Cells Improves Sexual and Fertility Function Indicators (Mouse Study)

Repeated supplementation with CzbnAuto® Male Autologous Reproductive Stem Cells improved sexual and fertility function indicators, significantly increasing the pregnancy rate in young female mice. — Repeated supplementation with CzbnAuto® Male Autogenous Reproductive Stem Cells improved sexual and fertility-related indicators, significantly increasing the pregnancy rate in young female mice.

F. Long-term, regular supplementation with CzbnAuto® Male Autologous Reproductive Stem Cells to enhance bodily function

Figure A: Transplanted mice showed significant improvements in cardiopulmonary function, physical strength, endurance, and running capacity. — Figure A: Transplanted mice showed significant improvements in cardiopulmonary function, physical strength, endurance, and running performance.

Figure b: Transplanted mice exhibit enhanced endurance and balance. — Figure b: Transplanted mice showed enhanced endurance and balance.

The above data and observations are from animal studies, intended solely for technical education. They do not reflect human outcomes nor constitute medical advice.

Overview of Other Autologous Stem Cell Products

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