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Cholestrol to Vitamin D

Our approach aims to optimize the body's natural cholesterol-to-vitamin D conversion pathway, potentially offering a more effective solution than existing treatments.

Most humans are suffering from Vit D deficiency or insufficiency.

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Girl Running in Field at Sunset

Vitamin D deficiency represents a widespread global health challenge, with a crucial yet often overlooked connection to cholesterol metabolism. While cholesterol serves as a natural precursor to vitamin D in the body, many individuals suffer from both vitamin D deficiency and cholesterol imbalances - specifically elevated LDL ("bad") cholesterol and reduced HDL ("good") cholesterol levels.

This imbalance can lead to serious health complications, including compromised bone density, increased risk of depression, and cardiovascular issues.

Current solutions are suboptimal: traditional cholesterol-lowering medications like statins may accelerate neuromuscular aging, while vitamin D supplements have shown limited effectiveness compared to the body's natural vitamin D synthesis.

Where we come in:

 Moodforest has developed an innovative protocol that addresses this complex metabolic relationship. Our approach aims to optimize the body's natural cholesterol-to-vitamin D conversion pathway, potentially offering a more effective solution than existing treatments.

We are now seeking investment to advance this promising protocol through optimization, refinement, and validation in clinical trials.

The Study

Phase 1

Groups (each 30 M + 30 F) 
A: Normal Control 
B: Control Group on Human Assisted Protocol 
C: Test Group on App Assisted Protocol 
D: Test Group on Device Assisted Protocol 

Phase 3

Groups (each 15 M + 15 F) 
A: Normal Control 
B: Control Group on Statins
C: Control Group on Vit D supplementation 
D: Test Group on Protocol 1  
E: Test Group on Protocol 2
F: Test Group on Protocol 3 

Multicentric global trial on App and Device assisted Protocols .

Phase 2

Time & Budget

1 year | $300k

Study: 

Phase 1
Apr – Jun 2025 | $60k 

Phase 2
Oct – Dec 2025 | $75k 

Phase 3
Jan  – Mar 2026 | $100k

Development:

AI assisted App
Apr  – Sep 2025 | $15k 

AI assisted Device
Apr  – Sep 2025 | $50k

Research Team

Madhur Anand

Co-founder | Coach

Clinical Psychologist

Vaidehi Phagre

Program Manager

Creative Lead and Odissi Artiste

Dr. Elisa Pierella

Partnerships & Research

PhD Gut Microbiome, UCLan, UK

Prof. Geertjaan Overbeek

Research Advisor

Research Director, University of Amsterdam

Dr. Jitendra K. Saraf

Medical Advisor

Senior Physician, Govt. of MP

Lily Yang

Program Associate

Youth Studies Master's, University of Amsterdam

Sidhant Mehra

Marketing Advisor

Structure - Marketing Agency

Dr. Vipin Gupta

Program Advisor

Co-founder, Sehatvan & Inventi Journals

Dr. SK Goel

Coordinator Clinical Research

Former Dean, AIIMS Bhopal

How to Support?

1.

Spread the word

2.

Develop our App/ Device

3.

Volunteer for the Study

Market Size

  • > 1 billion humans suffer from Vit D deficiency, hypercholesterolemia, depression or anxiety.

  • 1/3 human deaths are caused by cardiovascular diseases.

Implementation

  • In company owned spaces.

  • Through centrally controlled Apps and Devices.​

Moat

  • Patents being filed.

  • Will maintain the frontrunner position through strong branding and intensive research.

Want us to get in touch with you?

Join our Study

4. Fund us

The Study requires  $300k
We have already secured $52k = looking for $248k)

  • Grants: $500 or more.  

  • Investments

  1. Series A (2025): $20k to $300k for 0.5% to 7.5% stake.2. Series B (2026): $300k to $3m for 0.5% to 7.5% stake
Vitamin D deficiency represents a significant global health challenge, affecting populations across all ages and ethnicities. The distribution and severity of this deficiency show notable variations based on geographical location, age demographics, and gender.
  • Approximately 1 billion people worldwide experience low vitamin D levels

  • In several countries, including India, Iran, and Turkey, vitamin D deficiency rates exceed 90% of the population

  • People residing in high-latitude regions show increased prevalence of vitamin D deficiency

  • Women demonstrate higher rates of vitamin D deficiency compared to men

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