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Georg R Panol

from Palmyra, PA
Age ~93
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Also known as:
Georg L Panol, George R Panol, George L Panol, Geo R Panol
Phone and address:
30 Behrens Dr, Coffeetown, PA 17078
Related to:
David J Giering, 76
Connected to:
Arlene C Panopio, 62Marivic B Panopio, 58Oliver Panopio, 43Ioannis Panopoulos, 52Pete H Panopoulos, 46Thania D Panopoulos, 58Flavio Panora, 49Star F Panora, 64Dominic F Panos, 60Helen Panos, 64

Georg Panol Phones & Addresses

  • 30 Behrens Dr, Palmyra, PA 17078
  • 225 Railroad St, Palmyra, PA 17078
  • Warwick, RI
  • Flowery Branch, GA
  • Cornwall, PA
  • Annville, PA
  • Williamsport, PA

Work

Company: Conexus Position: Atc technician

Industries

Information Technology And Services

Resumes

Resumes

Georg Panol Photo 1

Atc Technician

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Location:
1035 Rte #934, Annville, PA
Industry:
Information Technology And Services
Work:
Conexus
Atc Technician

Publications

Us Patents

Cell Culture Device

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US Patent:
42424593, Dec 30, 1980
Filed:
Nov 2, 1978
Appl. No.:
5/957303
Inventors:
William L. Chick - Wellesley MA
Pierre M. Galletti - Providence RI
Peter D. Richardson - Providence RI
Georg Panol - Warwick RI
International Classification:
A01N 102
US Classification:
435283
Abstract:
A cell culture device for use, e. g. , as an artificial pancreas, featuring, in various aspects, a tightly wound spiral tube snugly fit in a cavity to form a cell culture compartment, the spiral being eccentrically offset in the cavity to reduce the volume of the compartment, a sloped passage in the body with an end of the tube extending through the passage to the innermost spiral without bending sharply, the ends of the spiral tube communicating with ports on the same side of the body, and a wall of the cavity facing the spiral and being spaced from the tube to form an end of the compartment to provide for simplified cell loading.

Cell Culture Device

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US Patent:
42424607, Dec 30, 1980
Filed:
Dec 26, 1978
Appl. No.:
5/972961
Inventors:
William L. Chick - Wellesley MA
Pierre M. Galletti - Providence RI
Peter D. Richardson - Providence RI
Georg Panol - Warwick RI
International Classification:
C12M 300
US Classification:
435284
Abstract:
A cell culture device for use, e. g. , as an artificial pancreas, featuring, in various aspects, a semipermeable tube wrapped about a spool and mounted within a cylinder to form a cell culture compartment; an inlet and an outlet strand of the semipermeable tube being wrapped to form alternating adjacent coils to provide improved convective transport; and the semipermeable tube being wrapped to form helical coils to provide improved conductive transport.

Method Of Implanting An Intravascular Membrane Lung

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US Patent:
54877270, Jan 30, 1996
Filed:
Apr 22, 1994
Appl. No.:
8/232788
Inventors:
Michael T. Snider - Hershey PA
Kane M. High - Middletown PA
Georg Panol - Warwick RI
James Ultman - State College PA
Russell B. Richard - Hershey PA
John K. Stene - Hummelstown PA
Garfield B. Russell - Palmyra PA
Assignee:
The Penn State Research Foundation - University Park PA
International Classification:
A61M 3700
A61M 3100
US Classification:
604 49
Abstract:
An intravascular membrane lung is adapted for percutaneous venous insertion into a living body and comprises an elongated multi lumen catheter and elongated gas exchange members in the form of a large number of microporous fibers tethered at one end to the catheter and extending away from the catheter in all directions. The microporous fibers are in communication with the lumina of the catheter which includes one conduit for delivery of 100% oxygen to the fibers and another conduit for flushing away carbon dioxide from the fibers. The catheter extends between a proximal end and a distal end being a leading end for insertion into the body. The distal end includes a selectively inflatable balloon having an enlarged size larger than a nominal transverse dimension of said catheter and smaller than the inner nominal dimensions of any of the body cavities into which it extends. Upon insertion into the femoral vein, the blood flowing back to the natural lungs of the body propel the catheter and its attached microporous fibers through the inferior vena cava, then into and through the right ventricle, then into and through the pulmonary artery. Another lumen of the catheter serves to receive a fiberoptic bundle to monitor oxygenation of the blood which has passed over the device and still another lumen is provided for sampling blood at the tip of the catheter.

Intravascular Membrane Lung Apparatus

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US Patent:
53361644, Aug 9, 1994
Filed:
Jan 6, 1992
Appl. No.:
7/817173
Inventors:
Michael T. Snider - Hershey PA
Kane M. High - Middletown PA
Georg Panol - Warwick RI
James Ultman - State College PA
Russell B. Richard - Hershey PA
John K. Stene - Hummelstown PA
Garfield B. Russell - Palmyra PA
Assignee:
The Pennsylvania Research Corporation - University Park PA
International Classification:
A61M 3700
A61M 3100
A61F 202
US Classification:
604 4
Abstract:
An intravascular membrane lung is adapted for percutaneous venous insertion into a living body and comprises an elongated multi lumen catheter and elongated gas exchange members in the form of a large number of microporous fibers tethered at one end to the catheter and extending away from the catheter in all directions. The microporous fibers are in communication with the lumina of the catheter which includes one conduit for delivery of 100% oxygen to the fibers and another conduit for flushing away carbon dioxide from the fibers. The catheter extends between a proximal end and a distal end being a leading end for insertion into the body. The distal end includes a selectively inflatable balloon having an enlarged size larger than a nominal transverse dimension of said catheter and smaller than the inner nominal dimensions of any of the body cavities into which it extends. Upon insertion into the femoral vein, the blood flowing back to the natural lungs of the body propel the catheter and its attached microporous fibers through the inferior vena cava, then into and through the right ventricle, then into and through the pulmonary artery. Another lumen of the catheter serves to receive a fiberoptic bundle to monitor oxygenation of the blood which has passed over the device and still another lumen is provided for sampling blood at the tip of the catheter.
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Georg R Panol from Palmyra, PA, age ~93 Get Report