An allergy testing method and apparatus for testing a patient for a plurality of allergies at substantially the same time, comprises a carrier for receiving a plurality of allergen applying devices, each allergen applying device including a source of an allergen and a movable pricking needle which is movable from an inactive position out of contact with the skin of a patient to an active position for pricking the skin of a patient and applying its associated allergen to the pricked skin when moved from the inactive position to the active position. The carrier holds and supports the plurality of allergen applying devices with a given spacing between each of the pricking needles, and an actuator is coupled to the carrier for moving the pricking needles from their inactive positions to their active positions to prick or pierce the skin of a patient and to thereby apply a respective allergen to the skin of the patient via the pricking needles.
Allergy Testing Apparatus With Variably Spaced Test Testing Sites
An allergy testing technique for testing a patient for a plurality of substances includes a first member having a plurality of pik engaging portions arranged for selectively engaging respective piks for pricking or piercing the skin of a patient in use. A resilient compressible member is coupled to the first member for controlling a downward movement distance of the first member and for consequently controlling a downward movement distance of the piks. A well tray has a plurality of receptacles for receiving substances for which a patient is to be tested. The first member with the piks engaged thereon, is engageable with the well tray for causing the piks to contact substances in respective associated receptacles, the first member being thereafter removed from the well tray. The first member is then placed against the skin of a patient and is pressed downwardly (either straight down or with a rocking motion) against the skin of the patient to compress the compressible member and to cause the piks to contact the skin of the patient and to apply the substances at respective spaced apart positions on the skin of the patient. The first member preferably has a plurality of openings therein for selectively receiving elongated pik members in the openings.
An allergy testing method and apparatus for testing a patient for a plurality of allergies at substantially the same time, comprises a carrier for receiving a plurality of allergen applying devices, each allergen applying device including a source of an allergen and a movable pricking needle which is movable from an inactive position out of contact with the skin of a patient to an active position for pricking the skin of a patient and applying its associated allergen to the pricked skin when moved from the inactive position to the active position. The carrier holds and supports the plurality of allergen applying devices with a given spacing between each of the pricking needles, and an actuator is coupled to the carrier for moving the pricking needles from their inactive positions to their active positions to prick or pierce the skin of a patient and to thereby apply a respective allergen to the skin of the patient via the pricking needles.
An allergy testing method and apparatus for testing a patient for a plurality of allergies at substantially the same time, comprises a carrier for receiving a plurality of allergen applying devices, each allergen applying device including a source of an allergen and a movable pricking needle which is movable from an inactive position out of contact with the skin of a patient to an active position for pricking the skin of a patient and applying its associated allergen to the pricked skin when moved from the inactive position to the active position. The carrier holds and supports the plurality of allergen applying devices with a given spacing between each of the pricking needles, and an actuator is coupled to the carrier for moving the pricking needles from their inactive positions to their active positions to prick or pierce the skin of a patient and to thereby apply a respective allergen to the skin of the patient via the pricking needles.
Henry Fishman - Washington DC Robert Olshaker - San Diego CA
International Classification:
A61B 1000
US Classification:
128743
Abstract:
An allergy testing system, for testing a patient for a plurality of allergies at substantially the same time, comprises a housing containing a plurality of packages or capsules containing an allergen and a needle, the needles being spaced apart from each other. The needles preferably carry the respective allergies on their tips. The housing is placed against the skin of a patient and an actuator is operated to engage the packages to move the needles to pierce or prick the skin of the patient, thereby applying the respective allergens to the pierced or pricked skin of the patient.
Henry Fishman - Washington DC Gary D. Johnson - New York NY Jeffrey T. Smith - Arlington VA Leonard Holtz - Oceanside NY
International Classification:
A61B 500
US Classification:
128743
Abstract:
An allergy testing apparatus for testing a patient for a plurality of allergies at the same time comprises an actuating member resiliently suspended from a frame member and which is movable relative to the frame member. A plurality of spaced apart substance sources are mounted in the frame member below the actuating member. A plurality of spaced apart needles or the like are mounted on the actuating member and extend in the same direction so as to pierce the respective substance sources during movement of the actuating member toward the skin of a patient to apply the substances to the skin of a patient. According to another feature of the invention, the device is shaped like a rotatable, drum-like device, having a plurality of layers. The needles or the like are covered over by a resilient layer, and substance containing means are mounted over the resilient layer and in registration with the respective needles. When the device is pressed against the skin of a patient, the resilient layer compresses, permitting the needles to pierce the substance containers to apply the substances to the skin of a patient.
Allergy Testing Apparatus With Variably Spaced Test Testing Sites
An allergy testing technique for testing a patient for a plurality of substances includes a first member having a plurality of pik engaging portions arranged for selectively engaging respective piks for pricking or piercing the skin of a patient in use. A resilient compressible member is coupled to the first member for controlling a downward movement distance of the first member and for consequently controlling a downward movement distance of the piks. A well tray has a plurality of receptacles for receiving substances for which a patient is to be tested. The first member with the piks engaged thereon, is engageable with the well tray for causing the piks to contact substances in respective associated receptacles, the first member being thereafter removed from the well tray. The first member is then placed against the skin of a patient and is pressed downwardly (either straight down or with a rocking motion) against the skin of the patient to compress the compressible member and to cause the piks to contact the skin of the patient and to apply the substances at respective spaced apart positions on the skin of the patient. The first member preferably has a plurality of openings therein for selectively receiving elongated pik members in the openings.
Henry Fishman - Washington DC Gary D. Johnson - New York NY Jeffrey G. Smith - Arlington VA Leonard Holtz - Oceanside NY
International Classification:
A61B 500
US Classification:
128743
Abstract:
An allergy testing apparatus for testing a patient for a plurality of allergies at the same time comprises an actuating member resiliently suspended from a frame member and which is movable relative to the frame member. A plurality of spaced apart substance sources are mounted in the frame member below the actuating member. A plurality of spaced apart needles or the like are mounted on the actuating member and extend in the same direction so as to pierce the respective substance sources during movement of the actuating member toward the skin of a patient to apply the substances to the skin of a patient. According to another feature of the invention, the device is shaped like a rotatable, drum-like device, having a plurality of layers. The needles or the like are covered over by a resilient layer, and substance containing means are mounted over the resilient layer and in registration with the respective needles. When the device is pressed against the skin of a patient, the resilient layer compresses, permitting the needles to pierce the substance containers to apply the substances to the skin of a patient.
Medicine Doctors
Dr. Henry J Fishman, Chevy Chase MD - MD (Doctor of Medicine)
Fishman Asthma Allergy Immnlgy 2141 K St Nw Suite 206, Washington, DC 20037
MedStar Georgetown University Hospital 3800 Reservoir Road North West, Washington, DC 20007
Sibley Memorial Hospital 5255 Loughboro Road North West, Washington, DC 20016
The George Washington University Hospital 900 23Rd Street North West, Washington, DC 20037
Education:
Medical School University of Rochester Graduated: 1979 Medical School George Washington University Graduated: 1979 Medical School Medstar-Georgetown University Medical Center Graduated: 1979
Dr. Henry Fishman, Brooklyn NY - MD (Doctor of Medicine)
Fishman Asthma Allergy Immnlgy 2141 K St Nw Suite 206, Washington, DC 20037
MedStar Georgetown University Hospital 3800 Reservoir Road North West, Washington, DC 20007
Sibley Memorial Hospital 5255 Loughboro Road North West, Washington, DC 20016
The George Washington University Hospital 900 23Rd Street North West, Washington, DC 20037
Henry Fishman MD 1602 E 17Th St, Brooklyn, NY 11230
Maimonides Medical Center 4802 10Th Avenue, Brooklyn, NY 11219
The Methodist Hospital 6565 Fannin Street, Houston, TX 77030
Education:
Medical School STATE UNIVERSITY OF NEW YORK / HEALTH SCIENCE CENTER AT BROOKLYN / COLLEGE OF MEDICINE Medical School Bronx Lebanon Hospital Center Medical School University Hospital Suny Health S C Bklyn
Dr. Fishman graduated from the University of Rochester School of Medicine and Dentistry in 1979. He works in Washington, DC and specializes in Allergy & Immunology. Dr. Fishman is affiliated with George Washington University Hospital and Sibley Memorial Hospital.
Henry Fishman MD 1602 E 17 St, Brooklyn, NY 11230 7183766868 (phone), 7183767561 (fax)
Education:
Medical School Universidad Autu00F3noma de Guadalajara, Guadalajara, Jalisco, Mexico Graduated: 1977
Conditions:
Congenital Anomalies of the Heart Valvular Heart Disease
Languages:
English German Spanish
Description:
Dr. Fishman graduated from the Universidad Autu00F3noma de Guadalajara, Guadalajara, Jalisco, Mexico in 1977. He works in Brooklyn, NY and specializes in Pediatrics and Adolescent Medicine. Dr. Fishman is affiliated with Maimonides Medical Center.
The pollen season in D.C. is extended. It used to start in March or April and end in early October. It now starts at the end of February and goes through November most people think because of global warming, said Dr. Henry Fishman, an allergy and immunology specialist based in the District.
Henry Fishman, a Chevy Chase allergist, said the severity of the pollen season depends on how much snow or rain occurred in the previous winter and the proximity of blooming plants. Were in such a beautiful city, with all these flowering trees, he said.