LIQUIDS

Showing 1–12 of 20 results

ADEX Research Peptide

ADEX Research Peptide is a research liquid associated with aromatase inhibitor and endocrine research compound. Its research context centers on aromatase activity, estrogen biosynthesis, and endocrine feedback pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

BEMETHYL Research Peptide

BEMETHYL Research Peptide is a research liquid associated with actoprotector and performance-stability research compound. Its research context centers on cellular adaptation, protein-synthesis signaling, and fatigue-resistance pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

CLOMID Research Peptide

CLOMID Research Peptide is a research liquid associated with SERM and endocrine research compound. Its research context centers on estrogen receptor modulation, LH and FSH signaling, and HPG-axis feedback, with related comparisons used to separate its mechanism from nearby liquid compounds.

CRL-40491 (FLADRAFINIL) Research Peptide

CRL-40491 Fladrafinil Research Peptide is a research liquid associated with wakefulness and nootropic research compound. Its research context centers on arousal systems, cognitive-performance models, and wakefulness-related neurotransmitter pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

ENCLOMIPHENE Research Peptide

$139.98

ENCLOMIPHENE Research Peptide is a research liquid associated with SERM and clomiphene-isomer research compound. Its research context centers on estrogen feedback, LH and FSH signaling, and HPG-axis regulation, with related comparisons used to separate its mechanism from nearby liquid compounds.

GC-1 (SOBETIROME) Research Peptide

GC-1 Sobetirome Research Peptide is a research liquid associated with thyroid hormone receptor-beta agonist and metabolic research compound. Its research context centers on thyroid receptor-beta signaling, lipid metabolism, and energy-expenditure pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

GW-501516 Research Peptide

GW-501516 Research Peptide is a research liquid associated with PPARδ agonist and metabolic research compound. Its research context centers on PPARδ signaling, fatty-acid oxidation, metabolic gene expression, and endurance models, with related comparisons used to separate its mechanism from nearby liquid compounds.

HYDRAFINIL Research Peptide

HYDRAFINIL Research Peptide is a research liquid associated with wakefulness and nootropic research compound. Its research context centers on wakefulness, cognitive arousal, and alertness-related research pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

LGD-4033 Research Peptide

$139.98

LGD-4033 Research Peptide is a research liquid associated with SARM and androgen receptor research compound. Its research context centers on androgen receptor signaling, tissue-selective modulation, and lean-mass research pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.

METFORMIN CAPSULES Research Peptide

METFORMIN Research Peptide is a research liquid associated with biguanide and metabolic research compound. Its research context centers on AMPK signaling, mitochondrial complex I, glucose metabolism, and cellular energy balance, with related comparisons used to separate its mechanism from nearby liquid compounds.

METHYLENE BLUE 1% (PHARMA GRADE) Research Peptide

METHYLENE BLUE Research Peptide is a research liquid associated with redox-active mitochondrial research compound. Its research context centers on mitochondrial electron transport, redox cycling, oxidative-stress models, and cellular energy metabolism, with related comparisons used to separate its mechanism from nearby liquid compounds.

MK-677 Research Peptide

MK-677 Research Peptide is a research liquid associated with ghrelin receptor agonist and growth hormone secretagogue research compound. Its research context centers on ghrelin receptor activation, GH signaling, IGF-1 research, and appetite-related endocrine pathways, with related comparisons used to separate its mechanism from nearby liquid compounds.