"Podcast Index" matching MCP servers:

Enables users to calculate a normalized allostatic load index from biomarker panels, identify the primary vulnerable physiological subsystem, and project 12-week homeostatic recovery trajectories.

Enables scoring the WHO-5 Well-Being Index from five answers, returning a 0–100 score and a low, reduced, or normal band without providing a diagnosis.

Enables AI coding agents to search and retrieve official CryoSPARC documentation with version awareness, using a local prebuilt index for safe and fast access.

Enables AI assistants to query the eggNOG 7 database in natural language for protein lookups, orthologous groups, pairwise orthologs, protein families, taxonomy, and database statistics. Also delivers structured functional annotations such as KEGG KO and GO terms with confidence scores, plus an index of bulk-downloadable data files.

Exposes MCP tools that compute longevity and metabolic metrics (autophagy index, GKI, MAGE), cardio-renal biomarkers (BUN/creatinine ratio, cardiac output and TPR, nocturnal BP dipping), chronobiology estimates (DLMO, melanopic lux, caffeine clearance), plus neuro-recovery and biomechanics scores. Runs as a zero-dependency Python JSON-RPC 2.0 stdio server so any MCP-compatible client can query these physiological domain calculators.

A zero-dependency MCP suite exposing computational tools across metabolic, cardio-renal, chronobiology, neuro-recovery, and biomechanics domains. It enables clients to derive longevity and physiology metrics such as autophagy index, glucose-ketone ratio, glycemic variability, peripheral resistance, nocturnal BP dipping, DLMO clock time, melanopic lux, caffeine clearance, EEG fatigue entropy, and grip vitality age from user-supplied measurements.

Enables calculation of cerebrovascular CO2 reactivity, Breath-Holding Index, and cerebral microvascular reserve from transcranial Doppler baseline and hypercapnic peak CBFv plus apnea duration, returning classifications and guidance.

Enables deterministic calculation of the Cutaneous Axon Reflex Vasodilatory Index, flare radius, and unmyelinated nociceptive C-fiber axonal integrity for small-fiber neuropathy screening through MCP JSON-RPC tool integration.

Decodes, searches, validates, and crosswalks US medical codes (ICD-10-CM, ICD-10-PCS, HCPCS Level II) using an offline bundled index via MCP.

Enables users to aggregate meal glycemic index/load, model protein and fat buffering, forecast post-prandial cognitive crash risk and focus hours, and receive macronutrient stabilization recommendations.

Enables detection of duplicate patient records for a Master Patient Index by scoring record pairs and providing verdicts and reasons, intended for synthetic data only.

Enables computing maximal inspiratory and expiratory pressure percentages against Black & Hyatt predicted values from age and sex, then deriving a 0–100 diaphragmatic resilience index and status. Also produces inspiratory muscle training prescriptions at 50% of measured MIP for personal-agent use.

Enables analysis of 2D center-of-pressure statokinesigram trajectories, computing 95% confidence ellipse area, sway velocity, postural stability index, fall-risk tier, and Romberg Quotient for sensory re-weighting comparisons.

Enables analyzing EDA/GSR streams by extracting tonic skin conductance, detecting phasic SCR bursts, and computing an autonomic arousal index for personal agent monitoring.

Enables calculation of composite and directional dynamic postural stability indices, jump-landing shock attenuation, impact load multipliers, and time to stabilization from triaxial force-plate data.

Enables deterministic calculation of cerebrovascular pulsatility and resistance metrics from peak systolic and end-diastolic velocities, along with microvascular compliance classification, through MCP JSON-RPC tools.

Enables deterministic calculation of peripheral cold-response metrics—Lewis hunting reaction, rewarming amplitude, hunting index, and cold resilience scores—from local cold immersion measurements via JSON-RPC tools for LLMs and autonomous agents.

Enables computational neuroendocrine modeling of sAA biomarker timeseries to compute surge deltas, reactivity ratios, clearance velocity, and a 0–100 autonomic stress resilience index with breathing-protocol guidance.

Enables computational CPET analysis from gas exchange timeseries, including VE/VCO2 slope and intercept with R², pulmonary dead space fraction, V-slope anaerobic threshold detection, and a cardiorespiratory efficiency index for pacing directives.

Enables deterministic assessment of acute sympathetic reactivity from biomarker time series, including surge delta, reactivity ratio, trapezoidal AUC, 30-minute clearance velocity, and a 0–100 resilience index with breathing-protocol guidance.

Enables queries about global taxonomic data, including scientific name matching, classification chains, common names, and synonyms from the Catalogue of Life index.

Enables deterministic calculation of cerebral blood-flow pulsatility and resistive indices from peak systolic and end-diastolic velocities, with classification of microvascular resistance for agent workflows.

Enables Claude and other MCP clients to run fast, exactly scored similarity and substructure searches over a local PubChem fingerprint index, pull live PubChem records (identifiers, synonyms, GHS, bioassays) with cited sources, and compute offline RDKit descriptors, med-chem alerts and highlighted structure drawings — all without API rate limits.

Enables agents to compute cerebrovascular CO2 reactivity from transcranial Doppler baseline and hypercapnic peak flow velocities plus apnea duration, yielding percentage velocity surge, Breath-Holding Index, and a 0-100 reserve index. Returns a classification plus guidance for neurovascular health and aerobic conditioning assessment.

Enables deterministic screening of peripheral vasomotor cold response by computing rebound amplitude, hunting index, resilience scores, and classifications from local cold-immersion temperature and onset-time measurements.

Enables agents to compute Ocular Protection Index and tear film breakup dynamics from NIBUT, blink rate, and incomplete blink data, producing digital asthenopia risk scores and ergonomic microbreak and blink-coaching guidance for extended screen work.

Enables computational CPET analysis by calculating VE/VCO2 ventilatory equivalent slope, pulmonary dead space fraction, V-slope anaerobic threshold, and a cardiorespiratory efficiency index to support Zone 2 and threshold pacing directives.

Enables assessment of tear film breakup dynamics, Ocular Protection Index, blink behavior, and digital asthenopia risk during screen work, returning corneal exposure analysis and ergonomic microbreak/blink coaching recommendations.

Enables computational neuro-otology assessment from head-impulse kinematics, including VOR gain, bilateral canal asymmetry, corrective catch-up saccades, and a vestibulo-ocular stability index for gaze-stabilization planning.

Enables deterministic cardiovascular hemodynamic calculations for SVR and indexed TPRI using blood pressure, central venous pressure, cardiac output, height, and weight with Mosteller body surface area adjustment.