The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk for both premenopausal and postmenopausal women. https://t.co/APfpwyd4eF
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk for both premenopausal and postmenopausal women. https://t.co/FXqgQa3hhZ
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk for both premenopausal and postmenopausal women. https://t.co/cyt1ogtTOo
In insulin resistant patients with obesity, metabolic syndrome or diabetes, a deficient ER signal in the background is the key to an increased TNBC risk. https://t.co/odQ3gTZ544
In insulin resistant patients with obesity, metabolic syndrome or diabetes, a deficient ER signal in the background is the key to an increased TNBC risk. https://t.co/P8h9ZAZ8rE
The higher the ER expression of tumor cells, the stronger is the genome repairing capacity of estrogen exposure. https://t.co/mam97RyKgi
Both deficient estrogen exposure and decreased reactivity of estrogen receptors (estrogen resistance) with insufficient compensatory hyperestrogenism may increase the risk of TNBCs. https://t.co/QJhenW3lqM
The higher the ER expression of tumor cells, the stronger the genome repairing capacity of estrogen exposure. https://t.co/mp6z3q29aX
The tumor suppressing effect of excessive and the liberating effect of defective estrogen supply has disproportional impact on ER+ and ER- cancers. https://t.co/FLoSq45au6
The tumor suppressing effect of excessive and the liberating effect of defective estrogen supply has disproportional impact on ER+ and ER- cancers. https://t.co/MjGledeqS4
Both deficient estrogen exposure and decreased reactivity of estrogen receptors (estrogen resistance) with hyperestrogenism may increase the risk of TNBC development. https://t.co/i1VuR67c2V
The higher the ER expression of tumor cells, the stronger the genome repairing capacity of estrogen exposure. https://t.co/lwMSS7y51R
The higher the ER expression of tumor cells, the stronger is the tumor killing capacity of estrogen exposure. https://t.co/kZeNwnU99d
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk for both premenopausal and postmenopausal women. https://t.co/PKkCgvysMP
The higher the ER expression of tumor cells, the stronger is the tumor killing capacity of estrogen exposure. https://t.co/ufht8XwwHB
The higher the ER expression of tumor cells, the stronger the killing capacyty of estrogen exposure. https://t.co/OMfv5Rv1Rw
The higher the ER expression in breast cancer cells, the stronger is their effort for DNA repair and self directed https://t.co/FXrvzuSyTc
In BRCA gene mutation carriers, both healthy and tumor cells exhibit various efforts for compensatory increase in t https://t.co/4EOtOaSQFK
The weaker the estrogen signal in women, the higher is the risk for poorly differentiated (ER - and TNBC type) brea https://t.co/KZnIGZ4m6i
The weaker the estrogen signal in women, the higher is the risk for poorly differentiated (ER - and TNBC type) brea https://t.co/MPmxiYNYXU
In postmenopausal women, estrogen loss increases the risk of breast cancer, while in premenopausal cases, a germlin https://t.co/fjiQh5fpul
Increased growth factor receptor expression in apparently ER negative tumors is not a survival technique but rather https://t.co/41G0oXgVGS
Variously differentiated cancer cells have more or less spontaneous mutations for the improvement of their genomic https://t.co/ZeNX8CasjI
In postmenopausal women, estrogen loss increases the risk of breast cancerr, while in premenopausal cases, a germli https://t.co/N1XhrmEYMU
The stronger the defect of estrogen signaling in women, the higher is the risk for triple negative breast cancer de https://t.co/XRlk7OutHm
In postmenopausal women, the majority of breast cancers are ER positive counteracting the low estrogen synthesis, w https://t.co/brZihXZOC8
Obesity, type-2 diabetes, metabolic syntdrome, hypothyroidism, environmental endocrine disruptors and deficient li https://t.co/CRW5mgeHPf
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk for women during th https://t.co/ZrUAwp4MjF
In women, the stronger is the defect of estrogen signaling, the higher is the risk for poorly differentiated breast https://t.co/rTmcF10VSW
Triple negative BC is not a unique cancer independent of hormonal regulation but rather it is a highly undifferenti https://t.co/erGoLxIpKm
Triple negative BC is not a unique cancer independent of hormonal regulation but rather it is a highly undifferenti https://t.co/DxyFOzwtMl
Malignancies are multicausal, but the disturbance of proper estrogen signaling is a crucial risk factor for the dev https://t.co/ASBNRwOpeH
Triple negative BC is not a unique cancer independent from hormonal regulation but rather it is a highly undifferen https://t.co/pXwCjrx0XK
Estrogen is an exceptional hormone as its sky high concentration (in pregnancy) stimulates the whole genomic machin https://t.co/LwHYzlwMd0
The stronger the defect of ER signaling in women, the higher is the risk for TNBC development https://t.co/PbLk1vGfYC
TNBC risk is defined by the defect of either estrogen synthesis or ER activation instead of the serum estrogen leve https://t.co/kxPWdrlnUX
In TNBC type tumors, upregulation of ER expression is the means for tumor response leading to apoptotic death. https://t.co/Qzh3WbrZTW
Behind the development of TNBC type tumors, there is a highly defective estrogen receptor signaling. https://t.co/C5l03AOl92
The weaker the estrogen signaling in women, the higher is the risk for development of triple negative breast cancer https://t.co/JDOV0kTGvF
The deeper the deficient estrogen signaling in women, the higher is the risk for poorly differentiated breast cance https://t.co/MunUDDkNFE
The stronger the defect of ER signaling in a women, the higher is the risk for triple negative breast cancer. https://t.co/CpRR7mhBUc
The more deficient the estrogen signal in women, the higher is the risk for ER - and TNBC type cancer. https://t.co/0xJ1RDIgHx
The more deficient the estrogen signal in women, the higher is the risk for ER - or triple negative breast cancer. https://t.co/fq2N9iYycr
The stronger the defect of estrogen signal in pre- or postmenopausal women, the higher is their risk for TNBC tumor https://t.co/ITgXLGDSCs
Is Premarin, alone, the key to successful menopausal hormone therapy? Suba Z. https://t.co/ow2SXiairA
Triple negative breast cancer is curable with estrogen receptor inoculation and estrogen treatment. https://t.co/YiqsUcTY8j
The stronger the insulin resistance in women, the higher is the risk for triple negative breast cancer development. https://t.co/VaX6xwsWil
TNBC is not independent of estrogens but rather loss of ER signaling leads to their development. https://t.co/u5SMiIGKmw
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk https://t.co/ekNpJfZc14
Higher TNBC risk in young women is a mistake deriving from the method of statistical evaluation. https://t.co/f3tCRmUlPx
Defective ER signaling and the associated insulin resistance defines the high risk for TNBC type tumors. https://t.co/TQeni8jrkf
The weaker the estrogen signaling in women, the higher is the risk for triple negative breast cancer. https://t.co/fB3vcGRAWx
The weaker the estrogen signaling in women, the higher is the risk for poorly differentiated TNBC tumor development https://t.co/PZRuDjgWbJ
The weaker the estrogen signaling in women, the higher is the risk for TNBC type tumors. https://t.co/2s21yzes9C
The stronger the defect of estrogen signaling in women, the higher is the risk for poorly differentiated TNBC devel https://t.co/xFuQtPm42Q
The weaker the estrogen signaling in women, the stronger is the risk of TNBC type tumor. https://t.co/U6pKZvHn0E
It is not estrogen level which defines the risk of TNBC, but rather the defect of estrogen signaling increases TNBC https://t.co/SPDSdFsfc4
The higher the ER expression of tumor cells, the stronger is the killing capacity of estrogen exposure. https://t.co/tcvIWTjWPs
In obese women, the weaker the estrogen signaling, the higher is the risk for poorly differentiated TNBC type cance https://t.co/q7uewjRt2C
The more deficient the estrogen signaling in a patient, the higher the risk for poorly differentiated TNBC developm https://t.co/wjM3x0H9Nd
Increased risk for TNBC among young women as compared with old cases may be attributed to a statistical error. https://t.co/JDt0m5YFZ3
TNBC is not a distinct entity, but rather an undifferentiated variant of breast cancer attributed to decreased estr https://t.co/jHf0iNQVZb
In obese women, the stronger the insulin resistance, the higher is the risk for TNBC type tumors. https://t.co/yqi2GOWMXr
The weaker the estrogen signaling the higher is the risk for TNBC type tumors in young women. https://t.co/5m7GDX3Mp1
Both deficient estrogen exposure and a decreased reactivity of estrogen receptors increase the risk of TNBCs. https://t.co/JcPlTxg9eO
The grade of defect in metabolic and hormonal equilibrium is directly associated with TNBC risk https://t.co/sDKX9uB0Vd
Low light exposure may be the initiator of breast cancer in African-American women. https://t.co/SP7GtOjOVq
Increased TNBC risk in premenopausal women is an error of statistical examinations. https://t.co/RrjxOS2lWW
Increased TNBC risk in premenopausal patients is a statistical mistake. https://t.co/e6TRe7HCCd
African American women show increased TNBC risk as their dark skin under low light exposure causes endocrine distur https://t.co/p8i6oOdhdc
African American women show increased TNBC risk as their dark skin under low light exposure causes endocrine distur https://t.co/yJioPpJezU
In premenopausal women, obesity and diabetes increases TNBC risk by the defect of estrogen signaling https://t.co/4l1aM6fG9G
Higher TNBC risk in young women is an error of statistical evaluations. It is rather lower as compared with older c https://t.co/R7Nnxb9HJI
Multiparity as a high risk for TNBC is a statistical error, it is rather a risk reducing factor. https://t.co/IVavTYqNRL
In young women, the absolut risk of breast cancer is lower as compared to postmenopausal cases. https://t.co/MQTdkNetNx
Defective ER signaling increases the risk of TNBC via decreased glucose uptake. https://t.co/PyuQBN49o6
Insulin resistance ans type 2 diabetes are strong risk factors for TNBC development. https://t.co/1Led1qWzk7
Low ER expression in TNBCs may be upregulated by estrogen treatment increasing the possibility for the apoptotic de https://t.co/kf6X5JT0EG
The grade of insulin resistance in patients defines the risk for TNBC develoment. https://t.co/BWU62cr16G
The more defective the estrogen signaling in patients, the higher is the risk for TNBC type tumors. https://t.co/Z14SSVxnLX
The stronger the defect of estrogen signaling in women, the higher is the risk for TNBC type tumors. https://t.co/xvVCoFmn7C
In cases with TNBC, insulin sensitisation (Metformin) improves ER signaling and induces tumor regression. https://t.co/wbEPprnGYy
Insulin resistence is in strong correlation with decreased ER signaling reflecting a strong risk for TNBC. https://t.co/KBpkraz1QB
The weaker the ER signaling in a patient, the higher is the risk for TNBC type tumors. https://t.co/jU23OZmnoe
In young women, TNBC risk is not higher as compared with older cases, only the percentage-based statistical data su https://t.co/bZwLvYDgbe
The more serious the defect of estrogen signaling the higher is the risk of triple negative breast cancer. https://t.co/nNDOYittrm
Both deficient estrogen exposure and a decreased reactivity of estrogen receptors may increase the risk of TNBCs. https://t.co/6k0U3yt8gK
The stronger is the defect of ER signaling, the higher is the risk for TNBC development. https://t.co/Nog1oRhLOI
The higher the ER expression of tumor cells, the stronger the killing capacyty of estrogen exposure. https://t.co/dmqyjPpuia
The stronger the defect of ER signaling, the higher is the risk for TNBC development. https://t.co/BVBed3Kpik
Young women have no higher risk for TNBC development, but rather their preserved estrogen level may disproportional https://t.co/ymszchvelK
Cycling estrogen levels in young women strongly but dysproportionally protect against both ER+ and TNBC type tumors https://t.co/cF31Ee8Xr6
The stronger the defect of ER signaling the higher is the risk for poorly differentiated breast cancer, particularl https://t.co/x5LmhZ920v
The weaker the ER signaling in women, the higher is the risk for TNBC type tumor development. https://t.co/deDctguN32
The stronger the defect of estrogen signaling in women, the higher is the risk for TNBC type tumors. https://t.co/bdZbhYWDTy
Exogenous or parity associated high estrogen supply is disproporionally suppressive against ER+ and ER- breast canc https://t.co/iYbGGr2MXW
Higher TNBC risk in young women than in older cases is a misbelief attributed to misuse of statistical methods. https://t.co/tmVkHSSIOZ
Both deficient estrogen exposure and decreased reactivity of estrogen receptors may increase the risk of TNBCs. https://t.co/4NbPZRPKOt
TNBC is not a special entity but rather a poorly differentiated variant of breast cancer attributed to strong defec https://t.co/6GSELIGN8t