METHOD AND DEVICE MICROCALORIMETRICALLY MEASURING A TISSUE LOCAL METABOLISM SPEED, INTRACELLULAR TISSUE WATER CONTENT, BLOOD BIOCHEMICAL COMPONENT CONCENTRATION AND A CARDIO-VASCULAR SYSTEM TENSION

• US 20090209828A1
• Filed: 03/09/2005
• Published: 08/20/2009
• Est. Priority Date: 03/09/2005
• Status: Abandoned Application

• Current Assignee: Ramil Faritovich Musin
• Original Assignee: Ramil Faritovich Musin
• Inventors: Musin, Ramil Faritovich
• Application Number:
  US11/908,073
• Publication Number:
  US 20090209828A1
• Time in Patent Office: Days
• US Class Current: 600/301
• CPC Class Codes: A61B 5/01 Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue clinical contact thermometers G01K13/20
• CPC Class Codes: A61B 5/0531 Measuring skin impedance
• CPC Class Codes: A61B 5/14532 for measuring glucose, e.g. by tissue impedance measurement

Abstract

The present invention relates to medicine, in particular, to the methods of measuring a thermal effect and a local metabolism rate of a live tissue, a water content in the intercellular substance as well as a concentration of biochemical blood components, in particular, blood glucose and pressure in the cardiovascular system.

Claims

1-277. -277. (canceled)

278. A device for the measurement of a tissue metabolism intensity on a local site characterized in that the device is equipped with a sensor for measuring vapor flow density of water evaporating from a limited skin site surface in the process of a non-perceivable perspiration with a heat flow sensor and a measuring unit comprising devices for processing and displaying signals from the sensors.

279. The device according to claim 278 characterized in that it is additionally equipped with a measuring capsule with a sensor for measuring a total amount of water evaporating from a skin surface in the process of a non-perceivable perspiration, and with a temperature sensor.

280. The device according to claim 279 characterized in that it comprises a device for generating a dosed pressure on a skin surface and the measuring capsule comprises a sealed cavity a working surface of which contacting with the skin is manufactured in the form of a rigid membrane which is permeable or semi-permeable for water.

281. The device according to claim 279 characterized in that the measuring capsule comprises a cavity having a diffusion contact with a skin surface and having no mechanical contact with the skin surface.

282. The device according to claim 279 characterized in that it is equipped with a water-impermeable applicator applied to the skin corneous layer surface using an appliance for generating a dosed pressure, and a sensor for measuring water amount in a tissue volume located under the applicator.

283. The device according to claim 282 characterized in that the sensor for measuring water amount is a sensor for measuring water amount in the skin epidermal corneous layer.

284. The device according to claim 283 characterized in that the sensor for measuring water amount in the corneous layer is an electrometric sensor measuring electrical characteristics of the corneous layer.

285. The device according to claim 284 characterized in that it additionally comprises a basic and a measuring electrodes, an appliance for generating a dosed pressure of the electrodes on the skin surface, a power supply and a measuring unit, and at least one of the electrodes is manufactured in the form of a dry water-impermeable electrode.

286. The device according to claim 282 characterized in that the sensor for measuring water amount in a tissue volume under the applicator is based on measuring a tissue parameter selected form the group including a tissue pressure, a hydraulic pressure in the microcirculation system, an elastic pressure, a temperature and spectral characteristics.

287. The device according to claim 278 characterized in that it additionally comprises a sensor selected from the group consisting of an atmospheric pressure sensor, an excessive pressure sensor, an air humidity sensor, a skin surface temperature sensor and combinations thereof.

288. The device according to claim 280 or 285 characterized in that the appliance for generating a dosed pressure is manufactured using the pneumatic, mechanical, piezoelectric, electromagnetic, vacuum or hydraulic principle or combinations thereof.

289. The device according to claim 278 characterized in that it comprises a source of a calibrated thermal power.

290. The device according to claim 289 characterized in that the source of a calibrated thermal power is manufactures in the form of a device using an element which is selected from the group consisting of an electric resistance, an element operating on the basis of the Peltier'"'"'s effect and a photodiode.

291. The device according to claim 278 characterized in that it is designed for measuring a tissue parameter selected from the group consisting of blood glucose level, elastic pressure of the intercellular substance, water amount in the intercellular substance, capillary pressure, tissue pressure, osmotic pressure of the intercellular substance, a resulting transcapillary pressure, blood pressure or a combination of said parameters.

292. The device according to claim 291 characterized in that it additionally comprises an appliance for a dosed effect on a tissue site using physical factors.

293. The device according to claim 283 characterized in that it additionally comprises a sensor for measuring glucose concentration in the epidermal corneous layer.

294. The device according to claim 283 characterized in that the device is equipped with a water-impermeable applicator applied to a surface of the skin corneous layer using an appliance for generating a dosed pressure, and a temperature sensor and a sensor for measuring concentration of a blood biochemical component in the epidermal corneous layer.

295. The device according to claim 292 characterized in that it additionally comprises an appliance for exerting a local dosed physical effect on a tissue site and a sensor of a parameter characterizing the tissue site state.

296. The device according to claim 295 characterized in that it additionally comprises a feedback sensor for controlling a state of a tissue site subjected to effect.

297. The device according to claim 278 characterized in that it additionally comprises an air temperature sensor as a heat flow sensor, and a sensor of a parameter characterizing the cardiovascular system.

298. The device according to claim 297 characterized in that it additionally comprises a sensor of a parameter characterizing the cardiovascular system selected from the group including sensors of heart rate, cardiac output, blood flow velocity in a tissue site subjected to effect, blood pressure, pressure in the microcirculation system, capillary pressure, a resulting trans-capillary flow, tissue or osmotic pressure of the intercellular substance, elastic pressure of the intercellular substance or elastic strain, a hydraulic resistance of capillary vessels, water amount in the intercellular substance or a combination of said sensor.

299. The device according to claim 291 or 297 characterized in that it additionally comprises an appliance for exerting a local physical effect on a tissue site.

300. The device according to claim 299 characterized in that it additionally comprises an appliance for exerting a dosed thermal effect, an external pressure, a local decompression, electric current or a magnetic field or for a combination of said effects.

301. The device according to claim 297 characterized in that it additionally comprises an air temperature sensor, a blood glucose level sensor and a sensor for measuring of at least one of parameters characterizing the cardiovascular system.

302. The device according to claim 301 characterized in that it additionally comprises a sensor selected from the group including sensors of heart rate, cardiac output, blood pressure, pressure in the microcirculation system, a resulting trans-capillary flow, water amount in the intercellular substance or osmotic pressure of the intercellular substance or a combination of said sensors.