Research shapes what I teach, how I cue, and what I recommend. It also has limits — and knowing those limits is part of practicing well.
I follow peer-reviewed research. I update my practice as the evidence evolves. I take mainstream medicine seriously, and I encourage clients to do the same. Science isn't a constraint on this work — it's one of the reasons it works.
At the same time, I hold the research with appropriate nuance. What gets studied is shaped by what gets funded. Low-cost, preventative, and movement-based interventions have historically been underfunded relative to pharmaceutical ones — which means absence of evidence is not the same as evidence of absence. The gaps in the literature are not random; they reflect research priorities, not clinical reality.
I also hold classical tradition and lived experience as a different kind of evidence — not the same as a randomized controlled trial, but not dismissible either. Thousands of years of embodied inquiry across multiple traditions has produced frameworks that are now being confirmed, refined, and sometimes complicated by modern research. I don't treat tradition as authority, but I don't discard it because it precedes the peer-review process.
I'm not a physician or a physical therapist. I come to this as someone genuinely interested in being informed — aware of how much I don't know, and comfortable with the fact that some things that are valuable don't need to be proven to be worth offering. These three sources of knowledge — research, tradition, and lived experience — inform each other. What follows is a concrete example of how that works in practice.
Bone density is a condition I work with regularly, and a good illustration of how research shapes practice in specific, meaningful ways.
Bone is not static tissue. It remodels continuously through the coordinated activity of osteoblasts (which build new bone matrix) and osteoclasts (which break down older bone). The stimulus for building is mechanical load — but not all load is equal. Bone responds to novel, directional strain. Muscle contraction creates tensile force against bone that is more osteogenic than simple compression from bearing weight. This is why walking and everyday functional movement matter, and why the specific direction of movement matters: bone remodels along the lines of stress applied to it.
This has direct implications for session design. Cyclic loading — the natural load-and-release of walking, transitions between postures, and dynamic movement — is more bone-stimulating than sustained static holds. Varying planes of movement (lateral, rotational, as well as sagittal) creates more comprehensive structural stimulus than any single-plane exercise. Jostling movements like brisk walking and light impact create the mechanical signal that prompts bone remodeling at the hip and femur — the sites most relevant to fracture risk — in ways that passive stretching does not.
The evidence base for mind-body movement is growing. A 2022 network meta-analysis in the Journal of Clinical Nursing (Zhang et al.) comparing exercise modalities for bone mineral density found mind-body exercise ranked highest for both lumbar spine and femoral neck outcomes — the top-ranked modality across the comparison. A 2023 umbrella review of 18 systematic reviews on Tai Chi and bone health (Li et al., Osteoporosis International) confirmed consistent benefits for balance and falls prevention, with variable but present effects on bone mineral density. These findings support the use of yoga therapy, Pilates, Tai Chi, and qigong as meaningful components of a bone health protocol — not replacements for medical management, but evidence-supported complements to it.
Less widely known but clinically significant: bone remodeling is hormonally coordinated. Mineral delivery to bone is regulated by the pituitary gland as part of the hypothalamic-pituitary-adrenal (HPA) axis. When the stress response is chronically active, the pituitary's signaling capacity is consumed by adrenal communication — producing cortisol and adrenaline — leaving less capacity for the mineral-regulatory signaling that supports bone remodeling. Chronic stress is not only a psychological concern; it has direct structural consequences for bone health.
Research has found that people who establish a meditation practice show increases in bone density over time — not from physical loading, but because reducing chronic stress arousal frees the pituitary to redirect toward mineral regulation. Breath and meditation are not optional additions to a bone density protocol. They are mechanistically relevant interventions.
The standard diagnostic tool for bone density is the DEXA (dual-energy X-ray absorptiometry) scan, which produces a T-score comparing an individual's bone density against a standardized peak bone mass reference. The clinical thresholds are:
DEXA scans most commonly measure the femoral head and hip — the sites most clinically relevant to fracture risk — which matters for intervention design. Loading targeted at the femur and pelvis will be most directly reflected in follow-up scans.
There is, however, a meaningful limitation in how the diagnostic threshold is applied: the T-score cutoff is standardized across body types. A petite, fine-boned person and a large-framed person are held to the same threshold — despite the fact that smaller bodies naturally carry lighter bones, and that this is adaptive rather than pathological. The body is intelligent: it thins bone where less mass is required, and builds where more is demanded. This doesn't mean dismissing a diagnosis. It means the scan is one piece of data, not the whole story. A complete clinical picture includes function, strength, balance, falls risk, movement history, and how the body responds to progressive loading over time.
The scan informs the intervention; it doesn't determine it.
Scientific understanding evolves — and practice should evolve with it. An honest relationship with research means updating what you teach when better evidence becomes available, not defending earlier positions because they were confidently held.
The nervous system language on this site is a practical example. Earlier versions of my content referenced Polyvagal Theory by name and used its specific neuroanatomical framework to describe how the nervous system responds to safety and threat. The theory offered a vivid and clinically useful map, and it informed meaningful work. But its underlying neuroanatomical claims have been contested in the research literature, and the phenomenological descriptions are better grounded in predictive processing frameworks than in the specific vagal branch model. So I updated the language. The experiential truth remains; the attribution changed.
This is what it looks like to follow the science: not certainty, but responsiveness.
Yogic philosophy and East Asian healing traditions have been observing and systematizing the body's responses to movement, breath, stillness, and stress for thousands of years. The frameworks they developed — the panchamaya kosha model, Five Element Theory, the channel system of Chinese Medicine — are not scientific theories in the modern sense. They are practical maps drawn from sustained, multigenerational observation of embodied experience.
Some of what these traditions described is now being confirmed and explained by modern research. The energetic channels of Chinese Medicine correspond, imperfectly but meaningfully, to fascial planes now visible in dissection research. The yogic understanding of breath as the primary interface between voluntary and involuntary nervous system function is consistent with current neuroscience. The HPA axis and its relationship to stress, mineral regulation, and bone density is, in yogic terms, a description of how prana moves through the system when the body perceives threat.
These are not the same language, and they are not the same level of evidence. But they are not unrelated. I hold them alongside each other — two lenses on the same reality — and let each inform how I read and apply the other.
In practice, this orientation means a few specific things. It means I can explain why something works — not just that it does. It means I adapt the approach as the evidence evolves, and I'm transparent when something I previously taught has been revised. It means I'm honest about what the research supports strongly, what it supports provisionally, and where it's silent.
It also means I take a conservative approach to claims. I don't promise outcomes the evidence doesn't support. I don't dismiss conventional medical care, and I don't position this work as an alternative to it. Yoga therapy, somatic practice, and evidence-based movement work best as collaborative parts of an integrated health picture — alongside, not instead of, the care you receive from your physician, physical therapist, or other providers.
If you are a referring clinician and would like to discuss a client's presentation or understand how this work might complement their existing care plan, I welcome that conversation.