CzbnAuto® Female Autologous Reproductive Stem Cells

AutologousMvhPositive MarkProduct Overview & Features

Product Overview

Autologous Source · Cell Definition · Differentiation Potential

Female autologous germ stem cells are seed and source cells gifted to every woman by her parents to produce eggs. These cells carry a complete set of family-specific genetic DNA codes and blueprints that govern, direct, and orchestrate a woman's entire life cycle—from growth and development to maturity, as well as all vital functions, activities, reproduction, and lifespan. In essence, female autologous germ stem cells hold the secrets and essence of each woman's life, serving as critical, precise energy cells for reproduction throughout her lifetime.

In every woman's life, autologous female germline stem cells are the seed and source cells that produce eggs in the ovaries. Therefore, they are the foundation of each woman's reproductive capacity.

Mature oocytes derived from a woman's own reproductive stem cells, along with being the primary source of estrogen for every woman, make these stem cells the foundation of her femininity. They are the source of youth, beauty, vitality, and ovarian rejuvenation.

Product Features

（Matches the stability of hereditary female autogenous reproductive stem cells.）

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

Figure a: Peripheral blood mononuclear cells (PBMCs); Figure b: CzbnAuto® Female Autologous Reproductive Stem Cells — Figure a: Peripheral blood mononuclear cellsFigure b: CzbnAuto® Female Autologous Reproductive Stem Cells

B. Detection of Mvh-positive cells by flow cytometry and immunofluorescence

Figure a: Flow cytometry analysis showing that 22.6% of CzbnAuto® female autologous reproductive stem cells are Mvh-positive. — Figure A: Flow cytometry analysis of Mvh-positive proportion in CzbnAuto® female autologous reproductive stem cells, reaching up to 22.6%.

Figure b: Immunofluorescence analysis showing the proportion of Mvh-positive cells in CzbnAuto® female autologous reproductive stem cells; positive cell ratio exceeds 20%. — Figure b: Immunofluorescence analysis showing the percentage of Mvh-positive cells in CzbnAuto® female autologous reproductive stem cells, with positivity exceeding 20%.

C. Maintain the ability to differentiate into oocytes

Figure A: In vitro induction of CzbnAuto® female autologous reproductive stem cells to form oocytes. — Figure a: In vitro induction of CzbnAuto® female autologous germline stem cells into oocytes

Figure b: Oocytes formed within the ovary 4–6 months after transplantation, capable of normal in vitro fertilization. — Figure b: Oocytes form within the ovary 4-6 months after transplantation and can undergo normal in vitro fertilization.

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

Animal Experiment Research Log · For Technical Education

A. Long-term, fixed-frequency repeated supplementation with CzbnAuto® female autologous reproductive stem cells improved signs of aging (mouse study).

Figure a: Control mice at 24 months of age showing clear signs of aging, including hair loss, dull and loose fur, hunched posture, lackluster eyes, and shriveled, dry tails. Figure b: Transplanted mice at 24, 28, and 32 months of age exhibiting stable health conditions, with shiny, smooth fur, bright and lively eyes, and plump, healthy tails. — Figure a: Mice in the 24-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: Transplanted mice at 24, 28, and 32 months of age showed stable vital signs, with glossy, smooth fur, bright and lively eyes, and plump tails.

B. Long-term, fixed-frequency repeated supplementation with CzbnAuto® Female Autologous Reproductive Stem Cell Life Energy resulted in "young" ultra-aged mice.

Repeated administration of CzbnAuto® Female Autologous Reproductive Stem Cells extended average lifespan by 28%. The longest-lived transplanted mouse reached 1260 days (equivalent to 151 human years), a natural occurrence rate of less than one in a billion. — Repeated administration of CzbnAuto® Female Autologous Reproductive Stem Cells extended average lifespan by 28%. The longest-lived transplanted mouse reached 1260 days (equivalent to 151 human years). The natural occurrence rate for such extreme longevity is 1 in billions.

C. Long-term, fixed-frequency repeated supplementation with CzbnAuto® Female Autologous Reproductive Stem Cells restores ovarian structure.

Overall ovarian morphology of control mice — Overall ovarian morphology of the control group mice

Overall ovarian morphology in mice of the female autologous stem cell transplantation group — Ovarian morphology in female autologous germ cell transplantation group mice

Female autologous germline stem cells serve as the source of oocytes and the regenerative seed for ovarian tissue. These stem cells differentiate into various ovarian cell types and ultimately form oocytes. Comparative analysis of mouse ovaries between a control group and an autologous germline stem cell transplantation group revealed that control mice exhibited significant ovarian atrophy, indistinct boundaries between the cortex and medulla, diffuse fibrosis, increased vascularity, and a complete absence of follicles at all stages or corpora lutea. In contrast, the stem cell group displayed larger ovarian volume with intact tissue architecture, containing follicles at all developmental stages and corpora lutea (CL).

D. Repeated, long-term supplementation with CzbnAuto® female autologous reproductive stem cells at fixed intervals to extend ovarian physiological function and maintain sexual and fertility functions.

Repeated supplementation with CzbnAuto® Female Autologous Reproductive Stem Cells for ovarian regeneration continues to attract young male mice, increasing mating frequency and pregnancy rates. — Multiple replenishments of CzbnAuto® Female Autologous Reproductive Stem Cells for ovarian regeneration continue to attract young male mice, resulting in increased mating frequency and higher pregnancy rates.

E. Long-term, fixed-frequency repeated supplementation with CzbnAuto® Female Autologous Reproductive Stem Cells to enhance cardiopulmonary function and running performance

Repeated supplementation with CzbnAuto® Female Autologous Reproductive Stem Cells improved cardiopulmonary function, physical strength, endurance, and running performance.

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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