Skorupskaite. Karolina K; George. Jyothis T JT; Veldhuis. Johannes D JD; Millar. Robert P RP; Anders...
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Sanchez-Carbayo. Marta M; Capodieci. Paola P; Cordon-Cardo. Carlos C
The study shows that the protein made from the KiSS-1 gene (kisspeptin) is often missing in aggressive bladder cancers, and patients whose tumors lack KiSS-1 tend to have poorer survival. This suggests KiSS-1 may help keep bladder cells from turning cancerous, but the research does not test taking kisspeptin as a supplement or therapy.
Kostadima. L L; Pentheroudakis. G G; Pavlidis. N N
This study looked at a gene called KiSS1, which makes a peptide that can stop cancer spread, in breast cancer tissue. They found the gene was almost never active in the tumors they examined, and its activity didn’t relate to tumor size, grade, or patient survival.
Hesling. Cédric C; D'Incan. Michel M; D'Incan. Chantal C; Souteyrand. Pierre P; Monboisse. Jean...
The study looks at how lowering BRCA1 levels in melanoma cells makes them more sensitive to radiation and changes some genes linked to blood vessel growth and metastasis. It does not involve kisspeptin-10 or any peptide that biohackers could use, and it focuses on cell‑culture experiments rather than practical health protocols.
Zhang. Shu-lan SL; Yu. Yi Y; Jiang. Tao T; Lin. Bei B; Gao. Hong H
The study measured the amount of the kisspeptin gene (KiSS‑1) and its receptor GPR54 in ovarian tissue samples. KiSS‑1 was higher in cancerous and borderline tumors and rose with later stage and lymph‑node spread, while GPR54 levels were similar across normal, benign, and cancerous tissues. The authors suggest KiSS‑1 may help suppress early tumor invasion, but no treatment was tested.
Welch. D R DR; Steeg. P S PS; Rinker-Schaeffer. C W CW
The abstract reviews recent discoveries about genes that can stop cancer from spreading, especially in breast cancer. It notes that only a handful of human genes have been proven to suppress metastasis, and a couple of new ones can halt tumor growth at secondary sites, offering potential new drug targets.
Ohtaki. T T; Shintani. Y Y; Honda. S S; Matsumoto. H H; Hori. A A; Kanehashi. K K; Terao. Y Y; Kuman...
Researchers discovered that the KiSS-1 gene makes a small peptide called metastin that can bind to a specific cell‑surface receptor and slow down the spread of cancer cells in lab tests and mouse experiments.
Shirasaki. F F; Takata. M M; Hatta. N N; Takehara. K K
The study shows that the KiSS1 gene, which can suppress tumor spread, is turned off more often as melanoma gets thicker and spreads, and this loss is linked to a specific chromosome region being missing. It’s a cancer‑research finding, not a guide for using kisspeptin‑10 as a health supplement.
Makri. A A; Msaouel. P P; Petraki. C C; Milingos. D D; Protopapas. A A; Liapi. A A; Antsaklis. A A;...
Researchers checked whether the kisspeptin system (KISS1 and its receptor KISS1R) is present in uterine tissue of women with endometriosis. They found the receptor in about half of the normal‑looking uterine samples from these women, but not in the endometriosis lesions or in tissue from women without the disease. The kisspeptin peptide itself wasn’t detected anywhere, suggesting any receptor activity might come from kisspeptin produced elsewhere in the body.
Öztin. Hasan H; Çağıltay. Eylem E; Çağlayan. Sinan S; Kaplan. Musta...
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Goldberg. Steven F SF; Miele. Mary E ME; Hatta. Naohito N; Takata. Minoru M; Paquette-Straub. Carrie...
Scientists discovered that a region on chromosome 6 helps stop melanoma cancer cells from spreading by turning on two other genes, KISS1 and TXNIP, which act as metastasis suppressors. They also found that a protein called CRSP3 on chromosome 6 can boost these genes and reduce metastasis. The work is mainly about cancer biology, not about using kisspeptin-10 as a health supplement.
Bulcao Macedo. Delanie D; Nahime Brito. Vinicius V; Latronico. Ana Claudia AC
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Wu. Shaohua S; Zhang. Hong H; Tian. Jiwen J; Liu. Lifen L; Dong. Yun Y; Mao. Ting T
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Kriegsfeld. Lance J LJ
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Scott. Victoria V; Brown. Colin H CH
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Xue. Haogang H; Yang. Chunying C; Ge. Xiaodong X; Sun. Weiqi W; Li. Chun C; Qi. Mingyu M
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Curtis. Annette E AE; Cooke. Jennifer H JH; Baxter. Jordan E JE; Parkinson. James R C JR; Bataveljic...
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