Cause before
symptom
Dr. Atiakshev's practice asks one question: what sensory input is driving the problem, and where to correct it at the source. The approach is built on receptor-based assessment - reading how the nervous system interprets its sensors before acting on the tissue where the patient feels pain. Trained directly under Dr. José Palomar, the clinician who developed P-DTR (Proprioceptive Deep Tendon Reflex) in the 1990s and teaches a small certified faculty worldwide.
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Symptom is not the cause
A local complaint is rarely a local problem. The pain site is usually the downstream expression of a dysfunction somewhere else - a receptor running wrong, an afferent channel delivering a bad signal, an old tissue event the nervous system never filed away.
The diagnostic job is to locate the source and correct it there. Everything here follows that order: cause first, then the symptom. The compensatory pattern releases once the underlying afferent driver is identified and addressed.
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Compensations - and the decompensation
The nervous system is a master of workarounds. When one input is unreliable, another input is recruited to do the job. When a joint can't share load, a neighbor takes it on. The body maintains function this way for years, often without the patient noticing anything at all.
Then the reserve runs out. Pain appears and mobility narrows. The chronic overload the system was quietly carrying becomes impossible to hide. The moment the patient shows up in clinic is rarely the moment the problem started, which is why addressing only the current complaint does not hold.
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Sensory dissociations
The nervous system runs on its sensory map of the body - a continuous estimate of where every part is and what every part is doing. Posture, coordination, stability, and muscle activation are all outputs of that map.
When the map loses resolution in one region, whether from an injury, a scar, or a receptor-level fault, the motor output downstream changes too. Coordination drifts, stability drops, and muscle patterns reorganize around a signal that is no longer accurate. Finding and correcting those sensory dissociations is what unwinds the motor compensation; the assessment is built to read the input that drives that downstream pattern.
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What the assessment looks like in the room
The work is concrete. The clinician tests an indicator muscle and notes how it responds. A specific stimulus is then applied to a sensory receptor or afferent input, often a touch or a load on the skin, a joint, or a muscle. The same muscle is tested again, and the clinician watches whether the response changes.
That shift in the muscle's response is the read. It points to which receptor is misreporting and where along the afferent pathway to work. The procedure is an assessment, not a treatment, and it makes no claim about how any individual will respond.
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P-DTR as the clinical-reasoning basis
Proprioceptive Deep Tendon Reflex is a receptor-based clinical-reasoning and assessment method. It reads receptor behavior and works with the afferent input at its source, grounded in neurophysiology and clinical reasoning. It is not a treatment for the symptom or any disease, and it does not promise an outcome.
Every case is worked from principle: which receptor class (joint capsule, skin, muscle spindle - the stretch sensor inside the muscle, vestibular - inner-ear balance, visual) is sending a wrong signal, where in the afferent pathway (the route from sensor to spinal cord to brain), and what the nervous system needs to release the workaround. The method is shaped for this kind of thinking, and the practice grows from it.
P-DTR, in brief
What is P-DTR?
P-DTR (Proprioceptive Deep Tendon Reflex) is a receptor-based clinical-reasoning and assessment method developed by Dr. José Palomar. Trained clinicians use it to identify the sensory input driving a dysfunction, rather than working only where the symptom appears. It is a diagnostic framework, not a treatment, drug, or device, and it is not cleared or approved by the FDA.
What is receptor-based diagnostics?
Receptor-based diagnostics reads how sensory receptors report to the nervous system. These include muscle spindles, skin, joint, visual, and vestibular input. When a receptor misreports, it can hold a problem in place far from where it is felt; the clinician follows that signal back to its source and assesses there.
Is P-DTR a treatment or a diagnostic method?
P-DTR is a diagnostic and clinical-reasoning method, not a treatment for any disease. It does not cure, heal, or guarantee any outcome, and it is not a substitute for evaluation by an appropriately licensed practitioner.