Michael A. Ruggieri, L.L.C. 200 East State Street Suite 108, Media, PA 19063
Licenses:
Pennsylvania - Active 1988
Education:
Villanova University School of Law Degree - JD - Juris Doctor - Law Graduated - 1988 Fairfield University Degree - BA - Bachelor of Arts Graduated - 1985
Specialties:
Personal Injury - 40% Estate Planning - 20% Trusts - 20% Family - 20%
Associations:
Justinian Society - Member Pennsylvania Bar Association - Member Philadelphia Bar Association - Member
Michael Ruggieri - King of Prussia PA, US Michel Pontari - Lafayette Hill PA, US Bujjibabu Godavarthi - Philadelphia PA, US
International Classification:
A61B005/00
US Classification:
600561000, 128903000
Abstract:
Systems, apparatus, and methods are disclosed for telemetrically monitoring parameters within a body of an animal such as a within a urinary bladder of a human. The system includes an implantable device configured for insertion within the body and an external device for use external to the body. The implantable device senses and stores one or more bodily parameters and transmits the stored bodily parameters for receipt by the external device responsive to receipt of a parameter transfer signal. The external device communicates with the implantable device, generates the parameter transfer signal, and receives the bodily parameters transmitted by the implantable device.
Process For Identifying Drugs For Treating Gastroesophageal Reflux
Michael R. Ruggieri - King of Prussia PA, US Larry S. Miller - Bala Cynwyd PA, US Alan S. Braverman - Exton PA, US Anil K. Vegesna - Philadelphia PA, US Mary F. Barbe - Dresher PA, US
Assignee:
Temple University of the Commonwealth System of Higher Education - Philadelphia PA
International Classification:
C40B 30/06 G01N 33/566 G01N 33/74 C12Q 1/02
US Classification:
506 10, 435 29, 435 721
Abstract:
Methods for identifying modulators of gastroesophageal smooth muscle relaxation include isolating various types of smooth muscle fibers from the stomach or esophagus and inducing the fibers to contract. The isolated and contracted fibers are used to screen test compounds for the compound's capacity to modulate relaxation of the smooth muscle fibers. In addition, newly identified unique nicotinic acetylcholine receptors are expressed in a cell, and used to screen test compounds for the compound's capacity to modulate the biological activity of the receptors.
Upwardly Biasing Child-Resistant Closure For Liquid Medicaments
David A. Manera - Buena NJ, US Michael Ruggieri - Pittsgrove NJ, US Kimberly A. Wargo - Vineland NJ, US
International Classification:
B65D 50/04 B65D 50/00
US Classification:
215218, 29428, 294265
Abstract:
A child-resistant closure for liquid medicaments consisting of two parts, a dosage cup and a bottle adapter. Dosage cup is configured to have cap lugs which reversibly engage helical locking lugs. In thread-on bottle adapter embodiments, helical locking lugs are located on the bottle adapter. In press-in bottle adapter embodiments, helical locking lugs are located on the neck finish of the bottle. A downward force is required to close the system, said force deforming a flexible shoulder, which in turn, creates an upwardly biasing force acting on the dosage cup to lock it in place in a child-resistant manner.
Saint Thomas Regional School Providence RI 1983-1987
Community:
Scott Coppolino, Gayle Gaboriault, Jennifer Madsen, Patrick Freeman, Timothy Seward, Ricky Ford, David Romeo, Michael Spremulli, Victor Costa, Sarah Stuart
Youtube
Wish You Were Here cover song
Testing out some new software turned into a home recording or Wish You...