DX BIO SOLVE

Brand Owner (click to sort) Address Description
DX BIOSOLVE Dx Biosciences, Inc. Unit 2001 1441 9th Avenue San Diego CA 92101 DX BIO SOLVE;Diagnostic preparations for scientific, research, clinical, or medical laboratory use; diagnostic preparations for clinical or medical laboratory use in disaggregating, solubilizing, and stabilizing cell components for tissue sampling; chemical preparations for scientific research use as accelerants for increasing the speed and efficiency of disaggregation, solubilization and stabilization of in vivo, fresh, frozen, and preserved tissues and extracts; chemical compositions for scientific research use in detecting in tissue and extracts the presence of local pathologies and systemic diseases, evaluating bioavailability of therapeutics, detecting drugs-of-abuse, evaluating changes in tissue microenvironment following exposure to a harmful agent, and tissue decontamination;
DX BIOSOLVE SKINCENTIAL SCIENCES, INC. Floor 4 149 New Montgomery Street San Francisco CA 94560 DX BIO SOLVE;Medical apparatuses and instruments for solubilizing tissue for cosmetic uses;
DX BIOSOLVE Dx Biosciences, Inc. Unit 2001 1441 9th Avenue San Diego CA 92101 DX BIO SOLVE;Providing tissue sample testing and diagnostic services for others in the fields of science and research related thereto; scientific research and testing in the field of medical diagnostic and cosmetic treatment procedures; scientific and technological services for others, namely, providing cell component disaggregating, solubilizing, and stabilizing services in the fields of science and research related thereto;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A method and related system for performing fuzzy procedures in processing devices. The method provides for calculating a degree of activation of a fuzzy proposition represented by input values having a fuzzy set associated to a triangular or trapezoidal membership function. The membership function is defined by a defined range of the input values and by an abscissa of the maximum value assumed by said membership. The method includes storing solve values corresponding to the range of definition and to the abscissa of the maximum value. The degree of activation is calculated as a function of the stored solve values, and storing of solve values includes storing the values measured on the abscissa and further at least one value measured on the ordinate corresponding to the membership function.