Research Areas We Support
Nxir Lab supports a wide range of scientific research pathways through high-purity, lab-tested peptide compounds. Our research areas are carefully structured to help scientists, institutions, and laboratories identify peptides aligned with specific biochemical mechanisms and experimental models.
Each category reflects current laboratory research interests, validated pathways, and controlled study applications.
Our Quality Standards
At NxirLab, we organize our compounds by scientific application to help researchers quickly identify peptides aligned with their study focus. Every category reflects current laboratory research trends and validated biochemical pathways.
- ≥99% Purity, HPLC-Verified
- COA-Backed Batch Testing
- Research Use Only, Compliance-Focused
- Compliance-focused distribution
Anti-Aging Research
Anti-aging research focuses on peptides studied for their potential roles in cellular longevity, mitochondrial efficiency, and genomic stability. Current laboratory studies explore pathways related to autophagy, NAD⁺ regulation, telomere dynamics, and extracellular matrix remodeling.
Additional investigations examine oxidative stress modulation, senescence signaling, tissue recovery, and inflammatory markers in experimental aging models.
Core Research Peptides:
- Epithalon – Studied for telomere-related pathways and age-associated cellular functions
- GHK-Cu – Researched for antioxidant activity and extracellular matrix repair
- NAD+ – Investigated for mitochondrial energy regulation and redox balance
- MOTS-C (Coming Soon)
- Thymosin Beta-4 (Coming Soon)
Cognitive & Neuro Research
This research area explores peptides associated with neuroprotection, synaptic plasticity, and neuromodulation. Studies focus on neurotransmitter signaling, circadian rhythm regulation, oxidative stress pathways, and neuroinflammatory response.
Ongoing research also evaluates BDNF-related activity, HPA-axis signaling, and neural resilience in cognition-focused experimental models.
Core Research Peptides:
- Epithalon
- DSIP
- Oxytocin
- Cerebrolysin (Coming Soon)
- Selank (Coming Soon)
- Semax (Coming Soon)
- MOTS-C (Coming Soon)
Cognitive & Neuro Research
This research area explores peptides associated with neuroprotection, synaptic plasticity, and neuromodulation. Studies focus on neurotransmitter signaling, circadian rhythm regulation, oxidative stress pathways, and neuroinflammatory response.
Ongoing research also evaluates BDNF-related activity, HPA-axis signaling, and neural resilience in cognition-focused experimental models.
Core Research Peptides:
- Epithalon
- DSIP
- Oxytocin
- Cerebrolysin (Coming Soon)
- Selank (Coming Soon)
- Semax (Coming Soon)
- MOTS-C (Coming Soon)
GLP Research
GLP-focused research investigates peptides involved in glucose regulation, appetite signaling, and metabolic balance. Laboratory studies explore insulin sensitivity, lipid metabolism, gastric emptying, and neuroendocrine response mechanisms.
Emerging research also examines energy expenditure, weight-related signaling, and metabolic efficiency in controlled experimental environments.
Core Research Peptides:
- AOD-9604
- GLP-based peptides
Growth Hormone Research
Growth hormone research examines peptides involved in GH secretion patterns, endocrine signaling, and receptor-binding dynamics. Studies focus on GHRH pathways, pulsatile hormone release, and pituitary receptor activation models.
Additional investigations evaluate anabolic signaling, metabolic response, and feedback regulation mechanisms.
Core Research Peptides:
Tesamorelin
CJC-1295 (DAC & No DAC)
Ipamorelin
Hexarelin
Research Blends :
Tesamorelin + Ipamorelin
Immune & Inflammatory Research
This category focuses on peptides studied for immune signaling, inflammatory modulation, and tissue regeneration pathways. Research includes T-cell activity, macrophage communication, oxidative stress response, and immune pathway regulation.
Additional investigations explore inflammation resolution, antioxidant signaling, and microbiome-related immune balance.
Core Research Peptides:
Thymosin Alpha-1
BPC-157
TB-500
LL-37
Epithalon
Glutathione
Thymosin Beta-4 (Coming Soon)
Research Blends :
BPC-157 + TB-500
GLOW & GLOW-Plus Series
Immune & Inflammatory Research
This category focuses on peptides studied for immune signaling, inflammatory modulation, and tissue regeneration pathways. Research includes T-cell activity, macrophage communication, oxidative stress response, and immune pathway regulation.
Additional investigations explore inflammation resolution, antioxidant signaling, and microbiome-related immune balance.
Core Research Peptides:
Thymosin Alpha-1
BPC-157
TB-500
LL-37
Epithalon
Glutathione
Thymosin Beta-4 (Coming Soon)
Research Blends :
BPC-157 + TB-500
GLOW & GLOW-Plus Series
Libido & Reproductive Research
This research area explores peptides associated with reproductive hormone signaling, neuroendocrine balance, and sensory response pathways. Studies focus on GnRH signaling, oxytocin pathways, and melanocortin receptor activity.
Additional research evaluates HPG-axis regulation, sexual motivation signaling, and perception models.
Core Research Peptides:
Oxytocin
Melanotan-2
Kisspeptin-10 (Coming Soon)
PT-141 (Coming Soon)
Skin & Hair Research
Skin and hair research focuses on peptides studied for wound healing, pigmentation, collagen synthesis, and follicular activity. Research includes extracellular matrix regeneration, dermal repair, and cellular turnover mechanisms.
Additional studies explore angiogenesis, fibroblast activity, and tissue integrity models.
Core Research Peptides:
GHK-Cu
Epithalon
BPC-157
Melanotan-2
Thymosin Beta-4 (Coming Soon)
Research Blends (Coming Soon):
GHK-Cu + Epithalon
GLOW & GLOW-Plus Series
Skin & Hair Research
Skin and hair research focuses on peptides studied for wound healing, pigmentation, collagen synthesis, and follicular activity. Research includes extracellular matrix regeneration, dermal repair, and cellular turnover mechanisms.
Additional studies explore angiogenesis, fibroblast activity, and tissue integrity models.
Core Research Peptides:
GHK-Cu
Epithalon
BPC-157
Melanotan-2
Thymosin Beta-4 (Coming Soon)
Research Blends (Coming Soon):
GHK-Cu + Epithalon
GLOW & GLOW-Plus Series
Advance Your Research with Verified Peptides
Explore lab-tested, COA-certified peptide compounds designed to support structured, compliant scientific research.