Publications

Ten Minute, Reagent-Free identification of Bacteria Containing Resistance Genes Using a Rapid Intrinsic Fluorescence Method | R. Rozen-Sadowsky, A. Shinderman, D. Gohman, D. Shimonov1, Y. Gluckman, G. Ingber

Fast Antibiotic Susceptibility Testing Utilizing a Unique Spectral Intensity Ratio Analysis via Single Fluorescence Membrane Dye Staining and Flow Cytometry | M. Ben-David, O. Hammer, A.Shinderman, Y. Gluckman- Yavo, M. Fridman, D. Gohman, G. Ingber and E. Zahavy

Rapid Gram Negative Antimicrobial Susceptibility Testing Directly from Positive Blood Culture based on a Unique Spectral Intensity Ratio Analysis via Single Fluorescence Membrane Dye Staining and Flow Cytometry | M. Ben-David, O. Hammer, A.Scinderman, Y. Gluckman-Yavo, M. Fridman, D. Gohman, G. Ingber and E. Zahavy

Direct Identification of Streptococcus pyogenes by a Rapid Intrinsic Fluorescence Method | G. Tsabary, A. Shinderman, E. Wajsbrot, V. Azolin-Fleshel, D. Vaiselbuh, N. Golan, G. lngber and M. Pezzlo

Evaluation of MRSA and MSSA Using a Novel Optimal Fingerprint Testing System | J. Hindler, G. Ingber, U. Griner, W. Taylor, J. Ford, M. Rogers, A. Conklin

A Rapid, Automated Method for the Detection, Gram Classification, Quantification and Identification of Commonly Isolated Pathogens in Urine Specimens | M. Pezzlo, G. Ingber, K. Sadeski, M. Rogers and R. Barnes

High Recovery of Bacteria and Fungi in Low Concentrations from Liquid Samples | M. T. Pezzlo, A. Shinderman, A. Katz, V. Azolin-Fleshet, D. Vaiselbutr, N. Golan, G. Ingbe, G. Tsabary

An Automated Membrane Filtration System for Direct Gram Staining | G. Tsabary, D. Gohman, D. Shimonov, Y. Gluckman-Yavo, A. Shinderman, G. Ingber and M. Pezzlo

Patents

Our all-encompassing CULTURE-FREE MICROBIOLOGY™ is well positioned & differentiated as the quickest, cost effective & accurate solution for infectious diseases, processing 100% of samples. The CULTURE-FREE MICROBIOLOGY™ platform is protected by a rich IP portfolio consisting dozens of applications.

TitlePatent No.Patent Description
"Cartridge"D610,698A design for use with an optical cup
"Cartridge"D610,699 A design for use with an optical cup
"Cartridge for an Optical Analyzer"
130197 A design for use with an optical cup
"Cartridge"
ZL 200930183734.8
A design for use with an optical cup
"Cartridge"
001119853-0001
A design for use with an optical cup
"Cartridge"
47532
A design for use with an optical cup
"Cartridge"
1382642
A design for use with an optical cup
"Cartridge"
001119853-0002
A design for use with an optical cup
"Cartridge"
327419
A design for use with an optical cup
"Cartridge"
48332
A design for use with an optical cup
"Cartridge"
1392969
A design for use with an optical cup
"Cartridge"
ZL 201030133551.8
A design for use with an optical cup
"Cartridge for an Optical Analyzer"
134509
A design for use with an optical cup
"Optical Cup"
D655,016
A design for an optical cup
"Optical Cup"
131609
A design for an optical cup
"Optical Cup for Optical Measurement of a Sample
Contained within the Cup"
ZL 200930203272.1
A design for an optical cup
"Couvette"
001596693-0001
A design for an optical cup
"Couvette"
48115
A design for an optical cup
"Couvette"
1387808
A design for an optical cup
"Couvette"
327894
A design for an optical cup
"Cartridge"
327418
A design for a cartridge
"Optics Cup With Curved Bottom"
D706,446
Optical cup with curved bottom (DESIGN)
"Optics Cup with Curved Bottom"
151173
Optical cup with curved bottom (DESIGN)
"Optics Cup with Curved Bottom"
ZL 201330232976.8
Optical cup with curved bottom (DESIGN)
"Optics Cup With Curved Bottom"
002253344-0001
Optical cup with curved bottom (DESIGN)
"Optics Cup with Curved Bottom"
1489879
Optical cup with curved bottom (DESIGN)
"Optics Cup with Curved Bottom"
002253344-0002
Optical cup with curved bottom (DESIGN)
"System for Conducting the Identification of Bacteria in
Urine"
ZL 200880118227.9
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
2209904
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
204975
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
8,808,649
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
9,606,105
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
5932897
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
ZL201510119597.6
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
6151822
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
6334783
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
2209904
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Urine"
2209904
A system and method for conducting identification and quantification
of micro-organisms in fluid samples. 
The invention includes an optical cup which is conical in shape,
disposable cartridge and an optical system and sample processing system that
includes these features. The invention also includes these elements to
determine the identification and quantification of micro-organisms in a fluid
sample.
"System for Conducting the Identification of Bacteria in
Urine"
2209904
A system and method for conducting identification and
quantification of micro-organisms in fluid samples.  The invention includes an optical cup which
is conical in shape, disposable cartridge and an optical system and sample
processing system that includes these features. The invention also includes
these elements to determine the identification and quantification of
micro-organisms in a fluid sample.
"Optical Measurement Arrangement"
8,309,897
A system for optimizing light intensity for optical
measurement for measuring a sample by adjusting the optical power level.
"Optical Measurement Arrangement"**
2394147
An optical measurement arrangement and a  method for optimizing the power correction
to the light intensity used as a signal in an optical measurement arrangement
"Optical Measurement Arrangement"*
602010056416.9
An optical measurement arrangement and a  method for optimizing the power correction
to the light intensity used as a signal in an optical measurement arrangement
"Optical Measurement Arrangement"*
2394147
An optical measurement arrangement and a  method for optimizing the power correction
to the light intensity used as a signal in an optical measurement arrangement
"Optical Measurement Arrangement"*
2394147
An optical measurement arrangement and a  method for optimizing the power correction
to the light intensity used as a signal in an optical measurement arrangement
"System for Conducting the Identification of Bacteria in
Biological Samples"
8,519,358
A rectangular optics cup with a flat bottom for holding a
biological sample to maximize beam illumination for use in an optical
analysis and a disposable cartridge for holding the cup.  The invention also includes a disposable
cartridge and an optical system and a sample processing system that includes
these features. The invention also includes these elements to determine the
identification and quantification of micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Biological Samples"
9,506,866
A rectangular optics cup with a flat bottom for holding a
biological sample to maximize beam illumination for use in an optical
analysis and a disposable cartridge for holding the cup.  The invention also includes a disposable
cartridge and an optical system and a sample processing system that includes
these features. The invention also includes these elements to determine the
identification and quantification of micro-organisms in a fluid sample.
"System for Conducting the Identification of Bacteria in
Biological Samples"
10,073,036
A rectangular optics cup with a flat bottom for holding a
biological sample to maximize beam illumination for use in an optical
analysis and a disposable cartridge for holding the cup. The invention also includes a disposable
cartridge and an optical system and a sample processing system that includes
these features. The invention also includes these elements to determine the
identification and quantification of micro-organisms in a fluid sample.
"System For Conducting The Identification of Bacteria In
Biological Samples"
ZL 200980109348.1
1. Optical Reader and 2. System for cooling specimens in
optical cups
"Optics Cup for Conducting the Identification of Bacteria
in Biological Samples"
207395
1. Optical Reader and 2. System for cooling specimens in optical
cups
"System For Conducting The Identification of Bacteria In
Biological Samples"
5309160
1. Optical Reader and 2. System for cooling specimens in
optical cups
"System for Conducting the Identification of Bacteria in
Biological Samples"
5677518
1. Optical Reader and 2. System for cooling specimens in
optical cups
"System For Conducting The Identification of Bacteria In
Biological Samples"
ZL201410405928.8
1. Optical Reader and 2. System for cooling specimens in
optical cups
"System for Conducting the Identification of Bacteria in
Biological Samples"
6073853
1. Optical Reader and 2. System for cooling specimens in
optical cups
"System for Conducting the Identification of Bacteria in
Biological Samples"
6353090
 1. Optical Reader and
2. System for cooling specimens in optical cups
"System for Conducting the Identification of Bacteria in
Biological Samples"**
2,774,533
A testing system and a method for circumferentially aligning
samples within a magazine to optimize an emitted light signal across the
samples
"System for Conducting the Identification of Bacteria in
Biological Samples"
ZL2010800522730
A system and method for aligning samples within a magazine for
biological analysis.
"System for Conducting the Identification of Bacteria in
Biological Samples"
218754
A system and method for aligning samples within a magazine for
biological analysis.
"System for Conducting the Identification of Bacteria in
Biological Samples"
248872
A system and method for aligning samples within a magazine for
biological analysis.
"System for Conducting the Identification of Bacteria in
Biological Samples"**
6445613
A system for preventing contamination of samples held within a
magazine including a cover and a locking member
"Optical Cup"
8,804,114
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
2635670
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
9,581,541
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
9,778,171
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
2635670
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
2635670
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optical Cup"
2635670
A rectangular optics cup for use in optical a flat bottom for
holding a biological sample for use in an optical analysis and a disposable
cartridge for holding the cup.
"Optics Cup with Curved Bottom"
9,862,920
An optics cup with a curved bottom for holding a biological
sample for use in an optical analysis and a disposable cartridge for holding
the cup.
"Optics Cup with Curved Bottom"**
ZL201380064875.1
An optics cup with a curved bottom for holding a sample for
use in an optical  A disposable
cartridge w/optics cup for use in the identification and quantification of
micro-organisms in samples
"Optics Cup with Curved Bottom"
6279609
An optics cup with a curved bottom for holding a biological
sample for use in an optical analysis and a disposable cartridge for holding
the cup.
"Filter Arrangement and Method for Using the Same"
10,082,452
A filter arrangement and a method for separating particles
from a fluid/particle mixture using a filter and elution fluid for tangential
filtering.
"Filter Arrangement and Method for Using the Same"
2,898,784
A filter arrangement and a method for separating particles
from a fluid/particle mixture using a filter and elution fluid for tangential
filtering.
"Filter Arrangement and Method for Using the Same"**
240423
1. A filter arrangement and a method for separating the
particles from a fluid/particle mixture 2. A filter arrangement for isolating
particles from a fluid/particle mixture with 
elements arranged in a sandwiched relationship
"Filter Arrangement and Method for Using the Same"
6116709
A filter arrangement and a method for separating particles from
a fluid/particle mixture using a filter and elution fluid for tangential
filtering.
"Filter Arrangement with Slider Valve and Method for
Using the Same"**
10,188,967
A filter arrangement and method for isolating particles from a
fluid/particle mixture comprised of a body with slider valve
"Method and Apparatus for Processing and Analyzing
Filtered Particles"
10,130,902
A method for separating the over-sized particles from the
fluid/particle mixtures using rinse fluid distinct from the fluid/particle mixtures
and thereafter isolating the rinse fluid as waste fluid in containers
"Filter Arrangement and Method for Using the Same"
ZL201480074683.3
A method for processing a sample having a bacterial strain in
preparation for identifying and differentiating the bacterial strain.
"Reagent-Free Identification of Bacteria Containing
Resistance Genes Using a Rapid Intrinsic Fluorescence Method"
10,018,564
A method for processing a sample having a bacterial strain in
preparation for identifying and differentiating the bacterial strain.