Vitasor
Mens Tool · Mineral & Endocrine Health

Zinc Magnesium Intake Check

Check whether your dietary zinc and magnesium intake matches your sweat loss, training load, and recovery demands.

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Takes about 3 minutesNo account requiredPrivate by default · Evidence-based nutrition science
Evidence-Based Focus

What the Mineral Check Evaluates

Zinc and magnesium act as mandatory cofactors for muscle protein synthesis, sleep regulation, and testosterone production.

75 / 100
Overall status
Dietary Zinc70%
x
Dietary Mg80%
x
Sweat Loss60%
x

Dietary Zinc Adequacy

Intake frequency of red meat, shellfish, poultry, and pumpkin seeds.

Dietary Magnesium Adequacy

Consumption of dark leafy greens, almonds, legumes, and dark chocolate.

Sweat Depletion & Absorption

Workout sweat rates, alcohol consumption, and phytate inhibition.

Symptom Signals

Evaluation of muscle cramping, eyelid twitching, and slow healing.

This tool is educational and does not replace serum electrolyte or serum zinc blood testing.
Simple Process

How It Works

Answer simple questions regarding your diet, workouts, and physical symptoms to get a tailored breakdown.

01

Report dietary intake

Select your weekly intake frequency of zinc- and magnesium-dense foods.

02

Factor in sweat & lifestyle

Log workout sweat volume, alcohol intake, and current supplement use.

03

Receive score & food plan

See your estimated mineral status score and top bioavailable dietary sources.

Your Result

Personalized Mineral Status & Supplement Plan

Receive actionable guidance on food sources and chelated supplement forms (ZMA, Zinc Picolinate, Magnesium Glycinate) to match your lifestyle.

75 / 100
Overall status
Dietary Zinc70%
x
Dietary Mg80%
x
Sweat Loss60%
x
01

Mineral Adequacy Score

A single score indicating your zinc and magnesium baseline status.

02

4-Dimension Breakdown

Clear insights into dietary intake, sweat loss risks, and physical symptoms.

03

Targeted Nutrition & Food List

Whole food recommendations to replenish mineral reserves naturally.

04

Clinical Lab Guidance

Information on serum zinc, RBC magnesium, and testosterone blood testing.

Evidence-based methodology
Micronutrient Homeostasis & Endocrine Enzymatic Cofactor Model
Zinc acts as an essential cofactor for over 300 enzymes including 17β-hydroxysteroid dehydrogenase (vital for testosterone synthesis), while Magnesium regulates ATP stability and neuromuscular excitability. Heavy sweat loss in active men significantly increases daily clearance rates of both minerals.

Key references & guidelines

  • 1
    Zinc status and serum testosterone levels of healthy adults· Nutrition (Prasad AS, et al.) (1996)
    Source
  • 2
    Magnesium and the Athlete· Current Sports Medicine Reports (Volpe SL) (2015)
    Source

Educational use only

This tool is for general wellness education only. It does not diagnose conditions or replace medical advice. Read full medical disclaimer