LATEST ARTICLE
Anti-Orbital Ionic Calcium Compounds Demonstrate Cytotoxic Effects in Breast Cancer Cells
Publication Overview Breast cancer remains one of the most common malignancies worldwide, and resistance to conventional therapies continues to present
Why PI3K–Calcium Signaling Matters in Cardiovascular Research
Calcium drives every heartbeat. The opening and closing of calcium channels determine how strongly the heart contracts, how well it
Comparison of Calcium Absorption Pathways and Their Physiological Implications
♦ Vitamin D-Dependent Active Transport Pathway In the conventional pathway, calcium absorption occurs primarily through an active transport mechanism regulated
SAC® and SG (Stealth Glucose) vs.Tumour Growth: The Latest Lab Results
Our SAC® (Sigma Anti-bonding Calcium Carbonate) and SG (Stealth Glucose) formula (YYM1) was recently tested in a preclinical laboratory study,
Colo205-e396 Preclinical Study Report Evaluation of SAC-SG (150 mg/kg) in a Colorectal Cancer Model
Study Overview This report presents the latest findings from the Colo205-e396 study, conducted by Charles River Discovery Services, which evaluates
Invitro Study Report of Breast Cancer Cells
Results effect of AICSG, AICFA, and AIC on the proliferation of breast cancer cells To investigate the effect of AICSG,
We are member of:
The American Society for Bone and Mineral Research
ASBMR supports scientific research and clinical practices in bone, mineral, and musculoskeletal health through education, collaboration, and resources.
European Calcium Society
ECS promotes collaboration among scientists studying calcium binding, signaling, and related proteins, fostering innovation and inclusivity in calcium research.
Brain-Derived Estrogen and Memory: New Insights Into Sex-Specific Brain Aging
New evidence suggests loss of brain-derived estrogen may contribute to age-related memory decline in women Highlights Brain-derived estrogen
Brain calcification and dementia: a microvascular perspective
New evidence suggests microvascular calcification in the brain may be linked to cognitive decline Highlights Microvascular calcification is
Memory loss may not start in the brain: insights from the gut–immune–neural axis
New evidence suggests cognitive decline may originate beyond the brain, through gut–immune–neural interactions Highlights Gut microbiome alterations contribute
We are member of:
The American Society for Bone and Mineral Research
ASBMR supports scientific research and clinical practices in bone, mineral, and musculoskeletal health through education, collaboration, and resources.
European Calcium Society
ECS promotes collaboration among scientists studying calcium binding, signaling, and related proteins, fostering innovation and inclusivity in calcium research.
