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double antibody ria 17β estradiol kit  (Valiant Co Ltd)

 
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    Valiant Co Ltd double antibody ria 17β estradiol kit
    Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) <t>Serum</t> <t>17β-estradiol</t> in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM
    Double Antibody Ria 17β Estradiol Kit, supplied by Valiant Co Ltd, used in various techniques. Bioz Stars score: 93/100, based on 36 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/double antibody ria 17β estradiol kit/product/Valiant Co Ltd
    Average 93 stars, based on 36 article reviews
    double antibody ria 17β estradiol kit - by Bioz Stars, 2026-03
    93/100 stars

    Images

    1) Product Images from "Gonadal hormones contribute to sex differences in behavior, pathology and epigenetic modifications in the 3×Tg-AD mouse model of Alzheimer’s disease"

    Article Title: Gonadal hormones contribute to sex differences in behavior, pathology and epigenetic modifications in the 3×Tg-AD mouse model of Alzheimer’s disease

    Journal: Biology of Sex Differences

    doi: 10.1186/s13293-025-00790-9

    Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) Serum 17β-estradiol in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM
    Figure Legend Snippet: Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) Serum 17β-estradiol in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM

    Techniques Used: Enzyme-linked Immunosorbent Assay, RIA Assay



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    Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) <t>Serum</t> <t>17β-estradiol</t> in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM
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    Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) Serum 17β-estradiol in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM

    Journal: Biology of Sex Differences

    Article Title: Gonadal hormones contribute to sex differences in behavior, pathology and epigenetic modifications in the 3×Tg-AD mouse model of Alzheimer’s disease

    doi: 10.1186/s13293-025-00790-9

    Figure Lengend Snippet: Body weight and hormone levels of male and female mice following GDX or sham surgeries. (A) Body weight for each male mouse was recorded on the day of surgery, at 3 weeks post-surgery, and continuing every 2 weeks thereafter until the endpoint. GDX mice gained less weight than sham-operated mice, and WT mice were heavier than AD mice. Group size: WT male Sham = 12, WT male GDX = 14; AD male Sham = 12, AD male GDX = 14. (B) Body weight for each female mouse was recorded with the same time course as male animals. All animals gained weight at the same rate following surgery. Group size: WT female Sham = 8, WT female GDX = 10; AD female Sham = 16, AD female GDX = 21. (C) Serum levels of testosterone in males at endpoint, measured by ELISA. GDX eliminated serum testosterone. WT male Sham = 11; WT male GDX = 12; AD male Sham = 12; AD male GDX = 13. (D) Serum 17β-estradiol in females at endpoint, measured by radioimmunoassay. GDX significantly reduced serum estradiol. WT female Sham = 10, WT female GDX = 9; AD female Sham = 15; AD female GDX = 18. *q < 0.05, ***q < 0.001. Error bars represent SEM

    Article Snippet: Estradiol levels in serum of females was assayed using the Double Antibody RIA 17β-Estradiol kit (MP Biomedicals, Irvine, CA USA).

    Techniques: Enzyme-linked Immunosorbent Assay, RIA Assay