DR. PHILIP R KENNEDY, MD
Neurology at Mcclure Bridge Rd, Duluth, GA
License number
Georgia GA03970B
Category
Neurology
Type
Neurology
Address
Address
3400 Mcclure Bridge Rd SUITE D401, Duluth, GA 30096
Phone
(770) 622-2230
(770) 622-9741 (Fax)
(770) 622-9741 (Fax)
Personal information
See more information about PHILIP R KENNEDY at radaris.comName
Address
Phone
5561 Arundel Dr NW, Atlanta, GA 30327
1710 Marlborough Dr, Atlanta, GA 30350
5561 Arundel Dr NW, Atlanta, GA 30327
6015 State Bridge Rd, Duluth, GA 30097
Professional information
Dr. Philip R Kennedy, Duluth GA - MD (Doctor of Medicine)
Specialties:
Neurology
Address:
Community Neurological Clinic, P.C.
3400 Mcclure Brg Rd Suite SUITE D401, Duluth 30096
(770) 622-2230 (Phone), (770) 622-9741 (Fax)
3400 Mcclure Brg Rd Suite SUITE D401, Duluth 30096
(770) 622-2230 (Phone), (770) 622-9741 (Fax)
Procedures:
24 Hour Eeg, Electroencephalogram / Eeg, Emg (Electromyogram), Nerve Conduction Velocity (Ncv), Sleep Studies
Conditions:
Alzheimer's Disease, Aneurysm Brain, Ataxia, Bell's Palsy, Chronic Myeloid Leukemia (Cml), Dementia, Headaches, Huntington's Disease, Memory Loss, Migraine Headaches, Multiple Sclerosis (Ms), Narcolepsy, Neurology, Neuropathy, Numbness/Tingling, Parkinson's Disease, Seizures, Sleep Disorders, Stroke, Transient Ischemic Attack (Tia), Tremor
Languages:
English, French
Hospitals:
Community Neurological Clinic, P.C.
3400 Mcclure Brg Rd Suite SUITE D401, Duluth 30096
Gwinnett Medical Center - Duluth
3620 Howell Ferry Rd, Duluth 30096
Gwinnett Medical Center - Lawrenceville
1000 Medical Center Blvd, Lawrenceville 30046
3400 Mcclure Brg Rd Suite SUITE D401, Duluth 30096
Gwinnett Medical Center - Duluth
3620 Howell Ferry Rd, Duluth 30096
Gwinnett Medical Center - Lawrenceville
1000 Medical Center Blvd, Lawrenceville 30046
Education:
Medical School
National University Of Ireland
Graduated: 1972
Royal Coll Surgs
Graduated: 1976
University Hosp
Graduated: 1978
University Of Western Ontario
Graduated: 1989
National University Of Ireland
Graduated: 1972
Royal Coll Surgs
Graduated: 1976
University Hosp
Graduated: 1978
University Of Western Ontario
Graduated: 1989
Philip Richard Kennedy, Duluth GA
Specialties:
Family Medicine, Neurological Surgery, Neurology
Work:
Building D Suite A
3400 Mcclure Bridge Rd, Duluth, GA 30096
3400 Mcclure Bridge Rd, Duluth, GA 30096
Education:
University College Dublin (1972)
Philip R Kennedy, Duluth GA
Specialties:
Neurologist
Address:
3400 Mcclure Bridge Rd, Duluth, GA 30096
System And Method For Speech Generation From Brain Activity
US Patent:
7275035, Sep 25, 2007
Filed:
Dec 8, 2004
Appl. No.:
11/007380
Inventors:
Philip R. Kennedy - Duluth GA, US
Assignee:
Neural Signals, Inc. - Atlanta GA
International Classification:
G10L 13/06, G10L 11/00, G10L 21/06
US Classification:
704271, 704267
Abstract:
In a method of assisting a subject to generate speech, at least one first neural impulse is sensed from a first preselected location in the subject's brain. A first preselected sound is associated with the first neural impulse. The first preselected sound is generated in an audible format. In an apparatus for assisting the subject to generate speech, at least one sensor senses a neural impulse in the subject's brain and generates a signal representative thereof. An electronic speech generator generates a phoneme in response to the generation of the signal. An audio system generates audible sounds corresponding to the phoneme based upon the signal received from the speech generator.
Software Controlled Electromyogram Control Systerm
US Patent:
2006000, Jan 5, 2006
Filed:
Jun 30, 2004
Appl. No.:
10/881923
Inventors:
Philip Kennedy - Duluth GA, US
Dinal Andreasen - Marietta GA, US
Yian Cheng - Alpharetta GA, US
Richard Montricul - Atlanta GA, US
Kristan Wagner - Atlanta GA, US
Ronnie Wilmink - Marietta GA, US
Edward Wright - Atlanta GA, US
Dinal Andreasen - Marietta GA, US
Yian Cheng - Alpharetta GA, US
Richard Montricul - Atlanta GA, US
Kristan Wagner - Atlanta GA, US
Ronnie Wilmink - Marietta GA, US
Edward Wright - Atlanta GA, US
International Classification:
A63F 13/00, A61B 5/04, G09B 21/00
US Classification:
600546000, 463036000, 340825190
Abstract:
A system for enabling a user to exert control with bioelectrical impulses via an input from the user includes a first electromyogram interface, a computer display and a computer. The first electromyogram interface to the user is in communication with a first source of bioelectrical impulses from the user. The computer display is capable of displaying a cursor. The computer is in communication with the electromyogram interface and the computer display, and is programmed to sense a first input from the first electromyogram interface, change a first computer control attribute in response to a state change sensed in the first input, and generate a preselected cursor action in response to a change in the first computer control attribute.
Neural Electrode Array
US Patent:
2006022, Oct 5, 2006
Filed:
Apr 1, 2005
Appl. No.:
11/096897
Inventors:
Philip Kennedy - Duluth GA, US
International Classification:
A61N 1/18
US Classification:
607054000
Abstract:
A neural electrode array includes an electrode support member, a conductor and at least one anchor structure. The electrode support member is substantially rigid and non-conductive and defines a plurality of spaced-apart holes passing therethrough. An electrically conductive contact is disposed adjacently to each hole. The conductor uniquely connects each contact to a bus. The anchor structure includes a portion for engagement with tissue that is capable of maintaining the support member in a substantially fixed relationship with a neural region.
Medication Dispensing System
US Patent:
8009040, Aug 30, 2011
Filed:
May 29, 2009
Appl. No.:
12/474401
Inventors:
Philip R. Kennedy - Duluth GA, US
International Classification:
G08B 21/00
US Classification:
340540
Abstract:
A device for dispensing medication includes a medication hopper, a dispensing mechanism that is configured to dispense medication from the hopper to a user and a processor. The processor is in communication with a communication network and is configured to generate instructions to the dispensing mechanism that cause the dispensing mechanism to dispense medications according to a stored prescription and track an amount of medication in the medication hopper. If the amount is less than a predetermined threshold, then the processor is configured to send a message to a designated entity indicating that the amount of medication in the hopper is less than the threshold.
Neurotrophic Electrode Neural Interface Employing Quantum Dots
US Patent:
2008022, Sep 11, 2008
Filed:
Mar 5, 2008
Appl. No.:
12/042742
Inventors:
Philip R. Kennedy - Duluth GA, US
Steven A. Siebert - Atlanta GA, US
Steven A. Siebert - Atlanta GA, US
Assignee:
NEURAL SIGNALS, INC. - Duluth GA
International Classification:
A61N 1/05
US Classification:
607 60, 977950
Abstract:
A device for interfacing neurons includes a substrate that defines at least one via passing therethrough. The via is configured to allow at least one neurite to grow therethrough. A light generating unit is disposed adjacent to the substrate and is configured to generate light of a predetermined frequency when an action potential from the neurite is sensed. A light sensor that is spaced apart from the substrate is configured to assert a neural signal corresponding to the action potential when the light generating unit generates light of the predetermined frequency.
Apparatus And Method For Detecting Neural Signals And Using Neural Signals To Drive External Functions
US Patent:
7187967, Mar 6, 2007
Filed:
Sep 30, 2003
Appl. No.:
10/675703
Inventors:
Philip R. Kennedy - Duluth GA, US
Assignee:
Neural Signals, Inc. - Atlanta GA
International Classification:
A61B 5/04
US Classification:
600544, 600378
Abstract:
A system and method for capturing a neural signal inside a patient's skull, transmitting it to a remote receiver, and using it to control an application. A plurality of skull screws is inserted on the skull and under the scalp, and the skull screws are connected to a transmitter. The differential potential between two skull screws are detected, amplified, and transmitted to a receiver connected to a computing device. The computing device checks for the signal's voltage level and duration before using it for controlling the application.