Mark J Pasula, 77169 Orange Dr, Boynton Beach, FL 33436

7258658, Aug 21, 2007

May 29, 2002

10/159264

Mark Pasula - Palm Beach Gardens FL, US
Kazimierz Piotrowicz - Chrzanow, PL

Dynamic Research LLC - Palm Beach FL

A61N 2/00

600 9

Method and apparatus for treating a patient, including maintaining the patient in a low-frequency, low-intensity magnetic field for an extended period. The frequency of the magnetic field is preferably in the range of from about 40 Hz to about 80 Hz. The intensity of the magnetic field is less than about 2 mT. The patient may preferably use a thermoregulator to select a temperature for treatment, preferably between the temperatures of 65 F. and 100 F. This temperature should be maintained at a uniform temperature over his body, and at a constant temperature over time. The thermoregulator controls heating elements to heat the patient if the patient's body temperature is too low, and controls cooling apparatus, such as fans, air conditioning, or cooling coils, for cooling his patient if the body temperature is too high.

2008013, Jun 12, 2008

Aug 20, 2007

11/894550

Mark Pasula - Palm Beach Gardens FL, US

A61N 2/02

600 13

A flexible mattress pad for treating a patient by maintaining the patient in a low-frequency, low-intensity magnetic field for an extended period. The frequency of the magnetic field is preferably in the range of from about 40 Hz to about 80 Hz. The intensity of the magnetic field is less than about 2 mT. The patient may preferably use a thermoregulator to select a temperature for treatment, preferably between the temperatures of 65 F. and 100 F. This temperature should be maintained at a uniform temperature over his body, and at a constant temperature over time. The thermoregulator controls heating elements to heat the patient if the patient's body temperature is too low, and controls cooling apparatus, such as fans, air conditioning, or cooling coils, for cooling his patient if the body temperature is too high. The flexible body is no more than six inched thick, preferably no more than two inches thick.

2011024, Oct 6, 2011

Apr 6, 2010

12/755179

Mark J. PASULA - Palm Beach Gardens FL, US

C12Q 1/02

435 29

Method for determining the presence of a malady in a patient by measuring the degree of reaction of individual types of white blood cells (basophils, eosinophils, neutrophils, monocytes and lymphocytes) in the patient's blood. The degree of reaction of each type of white blood cells is determined by comparing the volumetric size distributions of the types of white blood cells before and after exposure to suspected reactants. Positive results of a change in the volumetric size distribution of the individual types of white blood cells in response to exposure to a specific reactant indicates the presence of a specific malady, such as an allergic reaction to the suspected reactant.

6200815, Mar 13, 2001

Jan 30, 1998

9/011116

Mark J. Pasula - Palm Beach Gardens FL

Signet Diagnostic Corporation - Riviera Beach FL

G01N 3348

436 63

The present invention is a method of measuring the total volume of solids in a suspension, comprising the steps of: establishing a potential across a predetermined spatial volume; passing a portion of the suspension through the predetermined spatial volume; substantially continuously measuring the potential across the predetermined spatial volume over a first predetermined period of time; comparing the measured potential with a baseline; and calculating the total volume of solids in the suspension as a function of a total absolute deviation of the measured potential from the baseline. The baseline is preferably a dynamic baseline, and is determined with reference to the starting point of a sharp rise in the measured potential.

6114174, Sep 5, 2000

Sep 25, 1998

9/155364

Mark J. Pasula - Palm Beach Gardens FL

Signet Diagnostic Corporation - Riviera Beach FL

G01N 2706

436 63

The present invention is a method of detecting reaction in blood caused by the presence of a foreign substance in the blood, comprising the steps of: establishing a potential across a predetermined spatial volume; passing a first portion of the blood through the predetermined spatial volume; substantially continuously measuring the potential across the predetermined spatial volume over a first predetermined period of time; comparing the measured potential with a baseline; and calculating the total volume of solids in the first portion of the blood as a function of a total absolute deviation of the measured potential from the baseline. The same procedure is then followed with a second portion of the blood, after it has been exposed to the substance whose reaction is being determined. The two calculations are then compared, with a positive reaction being indicated when the two measured solid volumes are measurably different. The baselines are preferably dynamic baselines, and are determined with reference to the starting point of a sharp rise in the measured potential.

2017005, Mar 2, 2017

Aug 31, 2015

14/840718

Herbert PARDELL - Coral Springs FL, US
Mark J. PASULA - Boynton Beach FL, US
Paul J. MIANO - Deerfield Beach FL, US

A61K 31/122
A23G 1/56
A23G 1/42
A23G 1/48
A61K 36/28
A61K 31/12
A61K 9/08
A61K 9/00
A61K 9/14
A61K 31/355
A61K 31/194
A61K 31/015
A61K 31/375
A61K 31/593
A23G 1/32

A chocolate mixture comprising chocolate, preferably dark chocolate and an antioxidant mixture which includes:The antioxidant mixture makes up from about 4% to about 8% of the weight of the combination of chocolate and mixture. Other additives, such as fruit, nuts and candies may also be added, but their weight is not factored into the calculation of the relative proportion of chocolate to antioxidant mixture.