Self Care Atlas / evidence-aware body maps

Evidence, mechanisms, and claim boundaries in one place.

The Atlas is the reference graph behind Whole Body Catalog: body-literacy topics, studies, practice maps, and careful summaries that help a reader choose tools without turning every claim into a miracle.

20

topics

88

source cards

6

shelves

5

Supplements

Evidence-informed supplement protocols — what may help, what probably doesn't, and how to dose cautiously.

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1

Light & Circadian

How light shapes circadian timing — from morning sun habits to evening wind-down.

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3

Recovery & Sleep

Support rest and recovery — sleep timing, temperature, nervous-system downshifts, and more.

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3

Mind & Body

Breathwork, meditation, yoga nidra, and other practices that use the mind-body connection to reduce stress and improve focus.

View shelf →

1

Gut & Microbiome

Your gut bacteria influence immunity, mood, metabolism, and more. Science-backed protocols for building and protecting a healthy microbiome.

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7

Body Literacy

Fascia, proprioception, tissue adaptation, joint capacity, and the anatomy behind practical self-maintenance.

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Body-literacy path

Start where products become practice inputs.

These topics are the bridge between gear pages and real use: adaptation, sensation, controlled range, fascia maps, and floor/contact environments.

4 studies

Body Literacy

Foot Adaptation & Ground Contact

Foot adaptation is the process of gradually exposing the foot, ankle, calf, and nervous system to more ground information and less shoe control. Minimal footwear can support foot strength and sensory awareness for some healthy people, but it is also a loading change. The win is not being barefoot all the time; it is choosing the smallest useful dose your tissues can actually adapt to.

Open topic →

4 studies

Body Literacy

Tissue Adaptation: Why Capacity Takes Time

Tissue adaptation is how living tissues respond to repeated physical stress. The useful dose is enough to signal change but not so much that it overwhelms recovery. For WBC, this is the backbone behind minimal-shoe transitions, mobility work, self-massage, and recovery tools: start conservatively, monitor the next-day response, and build capacity over time.

Open topic →

4 studies

Body Literacy

Proprioception: Your Body’s Position Sense

Proprioception is your body’s sense of position, movement, force, and effort. It helps you move without constantly looking at your limbs. For WBC, proprioception explains why barefoot shoes, self-massage tools, balance work, breath, and slow mobility can be useful: they can give clearer sensory feedback, but only practice turns that feedback into control.

Open topic →

4 studies

Body Literacy

Joint Capacity & Controlled Range

Joint capacity is the ability to actively control useful range, not just be passively flexible. A joint may move far when pushed but still be poorly controlled at the edge. WBC treats mobility tools and drills as inputs that should improve active ownership, sensory clarity, and practical movement — not as shortcuts that force range without capacity.

Open topic →

4 studies

Body Literacy

Fascia, Anatomy Trains & the Living Matrix

Fascia is connective tissue that wraps, separates, links, senses, and helps transmit force through the body. Anatomy Trains-style maps can be useful for seeing whole-body relationships, but they are maps, not proof of deterministic cause-and-effect. WBC treats fascia as body-literacy context for movement, touch, glide, load, and sensation — not as a magic substance to release, detox, or blame.

Open topic →

4 studies

Body Literacy

Floor Life & Movement Environment

A movement environment is a home or workspace arranged so varied positions and small movement breaks happen more naturally. Floor life can be one useful option because it invites getting down, getting up, and changing shapes, but it is not a moral upgrade over chairs. WBC treats environment design as behavior design: make useful movement easier to repeat.

Open topic →

Shelf 01

Supplements

Evidence-informed supplement protocols — what may help, what probably doesn't, and how to dose cautiously.

5 topics
3 studies

Supplements

Vitamin D

Vitamin D supplementation may help people with low blood levels, limited sun exposure, darker skin, higher-latitude winters, or specific clinician-identified needs. It is not a universal performance hack. The most useful move is to test 25(OH)D, adjust dose with a qualified clinician when needed, and avoid megadosing without follow-up labs.

Open topic →

4 studies

Supplements

Magnesium

Magnesium is an essential mineral, and low intake is common enough that food-first improvement can matter. Supplements may help some people meet intake targets or address clinician-identified needs, but different forms behave differently. It is not a universal sleep cure, and higher doses can cause digestive side effects or interact with medications.

Open topic →

5 studies

Supplements

Hydration & Electrolytes

Hydration is about fluid balance, electrolytes, thirst, food, activity, heat, and health context—not simply forcing more water. Most people should use thirst, urine color, sweat, climate, and exercise duration as feedback. Electrolytes can help when sweat losses are high, but overhydrating with plain water can also create problems.

Open topic →

5 studies

Supplements

Omega-3 / Fish Oil

Omega-3 supplements may offer modest benefits for heart and brain health, particularly in people with low baseline levels. However, evidence is mixed and not universally applicable. People on blood thinners or with liver issues should consult healthcare providers before supplementing. Results vary significantly between individuals, and benefits aren't guaranteed for everyone.

Open topic →

5 studies

Supplements

Creatine

Creatine supplementation can enhance muscle energy production and improve strength, especially in those with low baseline levels. Benefits are most pronounced in younger individuals and those with insufficient dietary intake. Emerging research suggests potential cognitive advantages, particularly in older adults or those with low creatine status. Consult healthcare providers before starting, especially if you have kidney concerns.

Open topic →

Shelf 02

Light & Circadian

How light shapes circadian timing — from morning sun habits to evening wind-down.

1 topics

Shelf 03

Recovery & Sleep

Support rest and recovery — sleep timing, temperature, nervous-system downshifts, and more.

3 topics

Shelf 04

Mind & Body

Breathwork, meditation, yoga nidra, and other practices that use the mind-body connection to reduce stress and improve focus.

3 topics

Shelf 05

Gut & Microbiome

Your gut bacteria influence immunity, mood, metabolism, and more. Science-backed protocols for building and protecting a healthy microbiome.

1 topics

Shelf 06

Body Literacy

Fascia, proprioception, tissue adaptation, joint capacity, and the anatomy behind practical self-maintenance.

7 topics
4 studies

Body Literacy

Tissue Adaptation: Why Capacity Takes Time

Tissue adaptation is how living tissues respond to repeated physical stress. The useful dose is enough to signal change but not so much that it overwhelms recovery. For WBC, this is the backbone behind minimal-shoe transitions, mobility work, self-massage, and recovery tools: start conservatively, monitor the next-day response, and build capacity over time.

Open topic →

4 studies

Body Literacy

Proprioception: Your Body’s Position Sense

Proprioception is your body’s sense of position, movement, force, and effort. It helps you move without constantly looking at your limbs. For WBC, proprioception explains why barefoot shoes, self-massage tools, balance work, breath, and slow mobility can be useful: they can give clearer sensory feedback, but only practice turns that feedback into control.

Open topic →

4 studies

Body Literacy

Joint Capacity & Controlled Range

Joint capacity is the ability to actively control useful range, not just be passively flexible. A joint may move far when pushed but still be poorly controlled at the edge. WBC treats mobility tools and drills as inputs that should improve active ownership, sensory clarity, and practical movement — not as shortcuts that force range without capacity.

Open topic →

4 studies

Body Literacy

Fascia, Anatomy Trains & the Living Matrix

Fascia is connective tissue that wraps, separates, links, senses, and helps transmit force through the body. Anatomy Trains-style maps can be useful for seeing whole-body relationships, but they are maps, not proof of deterministic cause-and-effect. WBC treats fascia as body-literacy context for movement, touch, glide, load, and sensation — not as a magic substance to release, detox, or blame.

Open topic →

4 studies

Body Literacy

Positional Ease & Manual-Therapy Maps

Positional ease means starting with positions, supports, and touch inputs that reduce threat and guarding instead of forcing intensity. Fascial counterstrain and other indirect manual-therapy maps are useful influences here, but WBC treats them as clinician-level frameworks and self-care guardrails — not DIY treatment protocols.

Open topic →

4 studies

Body Literacy

Foot Adaptation & Ground Contact

Foot adaptation is the process of gradually exposing the foot, ankle, calf, and nervous system to more ground information and less shoe control. Minimal footwear can support foot strength and sensory awareness for some healthy people, but it is also a loading change. The win is not being barefoot all the time; it is choosing the smallest useful dose your tissues can actually adapt to.

Open topic →

4 studies

Body Literacy

Floor Life & Movement Environment

A movement environment is a home or workspace arranged so varied positions and small movement breaks happen more naturally. Floor life can be one useful option because it invites getting down, getting up, and changing shapes, but it is not a moral upgrade over chairs. WBC treats environment design as behavior design: make useful movement easier to repeat.

Open topic →