Picture
SEARCH
What are you looking for?
Need help finding what you are looking for? Contact Us
Compare

PUBLISHER: Mellalta Meets LLP | PRODUCT CODE: 1866187

Cover Image

PUBLISHER: Mellalta Meets LLP | PRODUCT CODE: 1866187

Endogenous Stem-Cell Mobilization, Systemic Tissue Rejuvenation & Cross-Organ Repair Pathways - Technology Landscape, Pipeline, and Market Outlook 2025-2045

PUBLISHED:
PAGES: 200 Pages
DELIVERY TIME: 7-10 business days
SELECT AN OPTION
PPT (Single User License)
USD 5500
PPT (2 - 3 User License)
USD 8250
PPT (Site License - Up to 10 Users)
USD 10000
PPT (Enterprise License)
USD 12000

Add to Cart

Executive Summary / Description

Whole-body regenerative medicine (WBRM) represents a systemic reboot of tissue homeostasis using endogenous stem-cell mobilization, immune recalibration, senescence clearance, metabolic rewiring, vascular repair, matrix softening, and organ-axis communication rewrites.

Unlike organ-specific therapies, WBRM aims to restore multi-organ functionality and physiological resilience, addressing:

  • Aging-driven biological decline
  • Multi-system chronic disease (cardio-renal-hepatic-metabolic)
  • Frailty & sarcopenia
  • Immune dysfunction & inflammaging
  • Mitochondrial decline & fibrosis
  • Neuro-immuno-endocrine axis deterioration

Core thesis:

Healing = Regenerate + Rejuvenate + Reprogram + Rebalance.

Approach shifts from organ repair -> whole-organism system tuning.

Market Outlook

Emerging risk-adjusted market (regenerative biologics + senotherapeutics + systemic growth-factor circuits):

  • 2024: ~$3-5B
  • 2030: $25-40B
  • 2040: $120B+

Drivers:

  • Explosion in longevity biotech
  • GLP-1 population health baseline shift -> need to preserve muscle & metabolic function
  • Aging reimbursement pilots (Japan, Singapore, UAE)
  • Large unmet need in frailty prevention, metabolic-aging, cardio-renal fibrosis, neuro-aging

Technology Understanding

Mechanism Pillars with Example Axes

  • Endogenous stem-cell mobilization: CXCL12/SDF-1-CXCR4, HGF, Notch/Wnt tuning
  • Senolysis & senomorphic reset: BCL-2 inhibitors; mTOR inhibitors; JAK/STAT tuning
  • Immune rejuvenation: Treg expansion, M2 macrophage re-education, SPM resolution mediators
  • Mitochondrial rejuvenation: MOTS-C, SS-31, NAD+ modulators, mitophagy tuning
  • Fibrosis reversal: TGF-B blockade, LOX inhibitors, ECM remodeling enzymes
  • Systemic endocrine rewiring: FGF21 axis, adiponectin boost, Klotho upregulation
  • Microvascular repair: VEGF, PDGF, angiopoietins, endothelial glycocalyx therapies
  • Neuro-endocrine axis reset: BDNF induction, vagal tuning, dopaminergic metabolic cross-talk

Therapeutic Modalities

  • Biologics (growth factors, RSPO/Wnt modulators, HGF mimetics)
  • Senolytics / senomodulators
  • Mitochondrial peptides & boosters (MOTS-C, Humanin)
  • LNP-delivered in-vivo mRNA/circRNA for repair signals
  • Stem-cell homing agents
  • Pro-resolving lipid mediators (resolvins, protectins)
  • Microbiome-derived postbiotics
  • Hormone & adipokine engineering
  • AI-optimized precision exercise + pharma digital twins

Clinical Endpoints & Biomarkers

  • Physical: gait speed, grip strength, DXA lean mass
  • Tissue: MRI T1ρ fibrosis scans, MRE liver stiffness
  • Cellular: senescence biomarkers (p16, SASP)
  • Immunologic: Treg/T effector ratios, neutrophil aging markers
  • Mitochondrial: ATP production, mito-protein turnover markers
  • Systemic: frailty index, inflammatory score, multi-organ function panels

Table of Content

1. Introduction

  • 1.1 Concept evolution: repair -> rejuvenation -> reprogramming

2. Systems Biology of Regeneration

  • 2.1 Aging and systemic tissue decline
  • 2.2 Cross-organ stromal niche circuits
  • 2.3 Immune & senescence cross-talk
  • 2.4 Neuro-hormonal-metabolic axis regulation
  • 2.5 Resilience vs youth: the mechanistic gap

3. Mechanistic Class Breakdown

  • 3.1 Stem cell homing & niche activation
  • 3.2 Immune rejuvenation & resolution pharmacology
  • 3.3 Senolytics & epigenetic reset cycles
  • 3.4 Mitochondrial rejuvenation platforms
  • 3.5 ECM softening & anti-fibrotic systems
  • 3.6 Angiogenesis & endothelial health
  • 3.7 Neuro-endocrine rejuvenation
  • 3.8 Microbiome-endocrine-immune interplay

4. Modality Innovation

  • 4.1 Regenerative biologics & engineered peptides
  • 4.2 RNA regenerative pulses (saRNA/circRNA)
  • 4.3 Small-molecule rejuvenators
  • 4.4 Cellular secretome therapeutics
  • 4.5 Autophagy/mitophagy modulators
  • 4.6 Multi-modal repair stacks

5. Clinical Landscape

  • 5.1 Late-stage programs
  • 5.2 Mid/early pipeline
  • 5.3 Academic -> biotech spin-outs
  • 5.4 Clinical trial endpoints & design innovations

6. Market Landscape

  • 6.1 TAM across aging-associated domains
  • 6.2 Near-term: frailty, sarcopenia, NASH fibrosis
  • 6.3 Medium-term: cardio-renal rejuvenation
  • 6.4 Long-term: CNS & endocrine reset

7. Strategic & Competitive Intelligence

  • 7.1 Innovator archetypes
  • 7.2 Deal analysis & investment trends

8. Forecasts (2025-2045)

  • 8.1 Uptake & pricing
  • 8.2 Platform winners vs indication-specific entrants

9. Future Outlook

  • 9.1 Time-phased adoption roadmap
  • 9.2 Longevity medicine reimbursement pathways emerging in Asia & GCC

10. Appendix

Have a question?
Picture

Jeroen Van Heghe

Manager - EMEA

+32-2-535-7543

Picture

Christine Sirois

Manager - Americas

+1-860-674-8796

Questions? Please give us a call or visit the contact form.
Hi, how can we help?
Contact us!