Technology Stocks | ESNR an electronic sniffer, can profile an area


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From: Savant5/9/2011 11:46:00 AM
   of 22
 
NITE MM bidding for 1 million shares @ 1c.

Wonder why they're showing that...it's not the high bid.

FYI

Best,
S.

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From: Savant7/22/2011 12:16:27 PM
   of 22
 
Electronic Sensor Technology Inc. Announced Today That It Had Received an Order for 7 Instruments

Jul 21, 2011 19:05:25 (ET)

NEWBURY PARK, CA, Jul 21, 2011 (MARKETWIRE via COMTEX) -- Electronic Sensor Technology Inc. (pinksheets:ESNR), a leading provider of ultra-fast vapor analyzers, announced today that it had received an order for 7 instruments, 1 model 4500 and 6 model 4200 instruments from Beijing Research and Development Inc. Beijing China, the company's China distributor.
"Beijing R&D has been promoting the zNOSE beyond the traditional market of pollution control and university research. This new order is the first fruit to be harvested from their effort. We look forward to developing new markets in security and food safety with Beijing R&D," said Dr. Lim, CEO of Electronic Sensor Technology Inc.
The zNOSE is a very versatile, ultra-fast Gas Chromatograph (GC). It is used in medical research to detect trace amounts of volatile organic compounds found in human breath that are associated with specific diseases and the patient's state of health. The zNOSE is also used to identify volatile organic compounds in trace amounts for detection of explosives, chemical warfare agents, illegal drugs and adulterants in foods. For more information, please visit our website at www.estcal.com .
About Electronic Sensor Technology: Founded in 1995, Electronic Sensor Technology has developed and patented a chemical vapor analysis process. EST's product provides near real time analysis of gasses detecting volatile organic compounds in amounts as low a one part per trillion. EST's product has been shown to detect salmonella and e-coli contamination of food sources; chemical warfare agents such as Sarin and Agent Orange and Chemical pollutants in the environment.
SEC Filings and Forward-Looking Statements This press release includes forward looking statements, including the Company's expectations regarding its ability to develop and access capital markets and its ability to achieve expected results in the chemical detection and analysis industry. The forward looking statements are identified through use of the words "potential," "anticipate," "expect," "planned" and other words of similar meaning. These forward-looking statements may be affected by the risks and uncertainties inherent in the chemical detection and analysis industry and in the Company's business. The Company cautions readers that certain important factors may have affected and could in the future affect the Company's beliefs and expectations and could cause the actual results to differ materially from those expressed in any forward-looking statement made by or on behalf of the Company.
Contact:  Electronic Sensor Technology  William Wittmeyer  805-480-1994 ext 105  805 214 1860 direct  650 714 0823 cell        

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From: Savant11/30/2011 10:01:56 AM
   of 22
 



Electronic Sensor Technology Announces the Receipt of an Order for Six Instruments From a Major Consumer Products Company

Nov 30, 2011 08:01:31 (ET)

NEWBURY PARK, CA, Nov 30, 2011 (MARKETWIRE via COMTEX) -- Electronic Sensor Technology Inc. (pinksheets:ESNR), a leading provider of ultra-fast vapor analyzers, announced today that it had received an order for 6 Model 7100 instruments from a major US consumer product company. The zNOSE will be employed as part of the customer's quality assurance program for a new product that they are launching
"We have been promoting the use of the zNOSE in industrial and quality assurance applications for the past year as we look to expand outside our traditional university and laboratory market," said Dr. Lim, CEO of Electronic Sensor Technology Inc.
The zNOSE is a versatile, ultra-fast Gas Chromatograph (GC). It is used in medical research to detect trace amounts of volatile organic compounds found in human breath. The zNOSE is also used to identify volatile organic compounds for detection of explosives, chemical warfare agents, illegal drugs and adulterants in foods. For more information, please visit our website at www.estcal.com .
About Electronic Sensor Technology: Founded in 1995, Electronic Sensor Technology has developed and patented a chemical vapor analysis process. EST's product provides near real time analysis of gasses detecting volatile organic compounds in amounts as low a one part per trillion. EST's product has been shown to detect salmonella and e-coli contamination of food sources; chemical warfare agents such as Sarin and Agent Orange and chemical pollutants in the environment.
SEC Filings and Forward-Looking Statements This press release includes forward-looking statements, including the Company's expectations regarding its ability to develop and access capital markets and its ability to achieve expected results in the chemical detection and analysis industry. The forward-looking statements are identified through use of the words "potential," "anticipate," "expect," "planned" and other words of similar meaning. These forward-looking statements may be affected by the risks and uncertainties inherent in the chemical detection and analysis industry and in the Company's business. The Company cautions readers that certain important factors may have affected and could in the future affect the Company's beliefs and expectations and could cause the actual results to differ materially from those expressed in any forward-looking statement made by or on behalf of the Company.
Contact:  Electronic Sensor Technology  William Wittmeyer  805-480-1994 ext 105  805 214 1860 direct  650 714 0823 cell        

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From: Savant2/4/2012 12:38:54 PM
   of 22
 
Ken Beyer is with the Michigan Testing Authority and a Medical Marijuana Advocate. Beyer is involved with testing medical marijuana to make sure it is clean of pesticides, molds and other contaminants which may be harmful to patients, especially immune-compromised patients. Beyer uses a “Z-nose” testing device which is also used by Homeland Security to identify suspicious compounds.

Jan 26, 2012 http://hastingsbanner.com/medical-marijuana-discussion-draws-hundreds-to-meeting-p3374-84.htm


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From: Savant2/4/2012 12:57:28 PM
   of 22
 

Sensor manufacturer (ESNR) sniffing profits in medical marijuana: grassroots push to test cannabis opens market opportunity.


Source: allbusiness.com 

Electronic Sensor Technology wants to make it easier for users of medical marijuana to know what they are inhaling. The Newbury Park manufacturer of chemical detectors has made custom-designed equipment for use by the California Testing Authority, a Newport Beach-based start-up marketing itself to medical marijuana growers and dispensaries as the best provider of the same safeguards and controls other medicines receive.

Testing is not mandatory by the state of California or the counties in which the marijuana is grown or sold--an example of how, when it comes to regulations, cannabis used for health reasons remains in a gray area. A City of Los Angeles ordinance on medical marijuana has a testing requirement, but there are questions about how strictly it's enforced.

Still, there is a groundswell in testing and a motivation in the medical marijuana industry to advance testing techniques, said Kris Hermes, spokesman for Americans for Safe Access, a national organization advocating on behalf of medical marijuana growers, dispensers and users.

"This is not because there is pressure," Hermes said. 'The community itself has a desire to advance knowledge and protect the health of patients."

Electronic Sensor Technology and the California Testing Authority are early entrants into medical marijuana testing. The mobility of the EST detector gives an advantage over labs that have opened in the state, said Bill Wittmeyer, chief operating officer at Electronic Sensor.

"It runs the test and you have an answer right there on the premise,"' Wittmeyer said. "You may be at a clinic with 100 strains (of marijuana) and can test them all in a half a day."

Electronic Sensor has identified homeland security and health care applications as the two big growth areas for the company. In addition to the medical marijuana testing, researchers are using EST detectors to detect certain types of cancers and diabetes, and the devise is approved for use on heart and lung transplant patients and children with cystic fibrosis, Wittmeyer said.

"We have created a technology that is part of the overall solution to the market," Wittmeyer said.


Testing Benefits

The purpose for testing is two-fold - to make sure there are no dangerous levels of pesticides, herbicides or other chemicals harmful to medical marijuana patients with weak immune systems; and to determine the potency of the cannabis.

Compounds found in the plant such as THC, CBD, (Cannabidiol) and CBN (Cannabinol) have been found to have therapeutic value. More research is needed to fully know the medicinal uses of marijuana, and testing to determine the potency of compounds like THC and CBD plays into that, said Pouya Moghavem, founder of California Testing Authority. "(Marijuana) is a pharmacologically active plant with beneficial features for certain people that we do not completely understand," Moghavem said.

The gas chromatography method - in which a gas moves the sample being tested through a metal or glass column and breaks it down into component compounds - is among the most reliable to determine cannabis potency, according to a study by California NORML and Dutch scientist Dr. Arno Hazekamp. The EST device uses that method.

California NORML and Hazekamp assessed 10 labs in two states for the study and concluded the precision and proficiency of a majority of cannabis testing labs compared favorably to other analytical testing industries. The results were published in the Autumn 2011 issue of O'Shaughnessy's: The Journal Of Cannabis In Clinical Practice.

Testing services only have become available in the past couple of years, but they have already proven to offer a competitive advantage, said California Normal State Coordinator Dale Gieringer.

"If it is available, you would prefer to have tested, versus non-tested, cannabis," said Gieringer, who co-authored the O'Shaughnessy's article. (Gieringer was not familiar with California Testing Authority or Electronic Sensor Technology.) In addition to California, testing labs have opened in Colorado. California Testing Authority also operates a sister company in Michigan.

Modifying the detector for use on medical marijuana was a collaborative effort between Electronic Sensor executives and staff and Moghavem. They collaborated on the modifications starting in early 2010. In August 2011, Electronic Sensor agreed to be the exclusive equipment manufacturer for Moghavem's company.

That effort involved making changes to software and components of the detector and overcoming challenges working with certain chemicals found in marijuana that affect getting an accurate result.

Electronic Sensor manufactures and assembles its detectors in Newbury Park, and California Testing Authority markets the device to the medical marijuana community.

CTA uses a handful of the detectors in California, Michigan and soon in Colorado. Those detectors are a small percentage of the 60 to 100 detectors that Electric Sensor makes in a year.

Still, Wittmeyer expects that as marijuana laws become more liberal and more states allow the plant for medicinal uses, more EST detectors will be used for testing.

Since California Testing Authority is still a start-up, Moghavem would not disclose revenues. Its mobility with the EST detectors gives the company an advantage over brick- and-mortar labs, Moghavem said.

"There is nobody that can compete with us and test as many samples in an hour and for so many things," Moghavem said.

By MARK R. MADLER Staff Reporter






Modifying the detector for use on medical marijuana was a collaborative effort between Electronic Sensor executives and staff and Moghavem. They collaborated on the modifications starting in early 2010. In August 2011, Electronic Sensor agreed to be the exclusive equipment manufacturer for Moghavem's company.

That effort involved making changes to software and components of the detector and overcoming challenges working with certain chemicals found in marijuana that affect getting an accurate result.

Electronic Sensor manufactures and assembles its detectors in Newbury Park, and California Testing Authority markets the device to the medical marijuana community.

CTA uses a handful of the detectors in California, Michigan and soon in Colorado. Those detectors are a small percentage of the 60 to 100 detectors that Electric Sensor makes in a year.

Still, Wittmeyer expects that as marijuana laws become more liberal and more states allow the plant for medicinal uses, more EST detectors will be used for testing.

Since California Testing Authority is still a start-up, Moghavem would not disclose revenues. Its mobility with the EST detectors gives the company an advantage over brick- and-mortar labs, Moghavem said.

"There is nobody that can compete with us and test as many samples in an hour and for so many things," Moghavem said.

By MARK R. MADLER Staff Reporter

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From: Savant3/13/2012 5:57:50 PM
   of 22
 
Electronic Sensor Technology Inc. Announces Resignation and Appointment of Chief
Financial Officer

NEWBURY PARK, CA, Mar 13, 2012 (MARKETWIRE via COMTEX) -- Electronic Sensor
Technology Inc. (pinksheets:ESNR), a leading provider of ultra-fast vapor
analyzers, announced today that Mr. Steve Wang has been elected at Chief
Financial Officer replacing Mr. Phil Yee, who resigned on 21 February 2012.

Mr. Wang is an experienced financial officer. He joins EST after being the CFO of
China Health Care Acquisition Corporation, an AMEX listed company, and CFO of
Ancogen, a development stage biotech company.

"We welcome Steve's joining EST at this time. Our business is more focused on
expanding on the successes we have had in China. Steve's experience in
negotiating business alliances, his fluency in Chinese and his contacts in China
will be a great asset as we expand our presence in the country," said Dr. Peong
Lim.

The zNOSE is a very versatile, ultra-fast Gas Chromatography instrument (GC).
More than 600 instruments have been sold around the world. The instrument is used
wherever real time analysis of volatile organic compounds and vapors is required.
These include detection of contamination of drinking water supplies, detection of
explosives, narcotic contraband and food adulteration. It is used in medical
research to detect trace amounts of volatile organic compounds found in human
breath that are associated with lung cancer and other diseases. For more
information, please visit our website at estcal.com. 

About Electronic Sensor Technology: Founded in 1995, Electronic Sensor Technology
has developed and patented a chemical vapor analysis process. EST's product
provides near real time analysis of gasses detecting volatile organic compounds
in amounts as low as one part per trillion. EST's product has been shown to
detect salmonella and e-coli contamination of food sources; chemical warfare
agents such as Sarin and Agent Orange and Chemical pollutants in the environment.

SEC Filings and Forward-Looking Statements This press release includes forward
looking statements, including the Company's expectations regarding its ability to
develop and access capital markets and its ability to achieve expected results in
the chemical detection and analysis industry. The forward looking statements are
identified through use of the words "potential," "anticipate," "expect,"
"planned" and other words of similar meaning. These forward-looking statements
may be affected by the risks and uncertainties inherent in the chemical detection
and analysis industry and in the Company's business. The Company cautions readers
that certain important factors may have affected and could in the future affect
the Company's beliefs and expectations and could cause the actual results to
differ materially from those expressed in any forward-looking statement made by
or on behalf of the Company.

Contact:
Electronic Sensor Technology
William Wittmeyer
805-480-1994 ext 105
805-214-1860 direct
650-714-0823 cell
estcal.com 




SOURCE: Electronic Sensor Technology Inc.
estcal.com 

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From: Savant3/14/2012 3:57:05 AM
   of 22
 


Electronic Sensor Technology Inc. Announces Airline Cabin Air Quality Study

NEWBURY PARK, CA, Mar 13, 2012 (MARKETWIRE via COMTEX) -- Electronic Sensor
Technology Inc. (pinksheets:ESNR), a leading provider of ultra-fast vapor
analyzers, announced today that it has received a contract from a major airline
to characterize in flight cabin air.

The airline industry is always working to improve the public's flying experience.
Under this contract, EST will work in conjunction with a major airline to develop
a profile of odors normally found in airplane cabins in flight. In addition, EST
will look for the presence of vapors that may be associated with aircraft systems
such as air conditioning, hydraulic control systems, auxiliary power units, etc.
The airline believes that by evaluating air quality on a regular basis, it will
be able to better maintain both the passenger comfort systems and the safety
systems, saving costs and improving aircraft utilization and increasing passenger
comfort.

The zNOSE is a very versatile, ultra-fast Gas Chromatography instrument (GC).
More than 600 instruments have been sold around the world. The instrument is used
wherever real time analysis of volatile organic compounds and vapors is required.
These include detection of contamination of drinking water supplies, detection of
explosives narcotic contraband, food adulteration. It is used in medical research
to detect trace amounts of volatile organic compounds found in human breath that
are associated with lung cancer and other diseases. For more information, please
visit our website at estcal.com. 

About Electronic Sensor Technology: Founded in 1995, Electronic Sensor Technology
has developed and patented a chemical vapor analysis process. EST's product
provides near real time analysis of gasses detecting volatile organic compounds
in amounts as low as one part per trillion. EST's product has been shown to
detect salmonella and e-coli contamination of food sources; chemical warfare
agents such as Sarin and Agent Orange and Chemical pollutants in the environment.

SEC Filings and Forward-Looking Statements This press release includes forward
looking statements, including the Company's expectations regarding its ability to
develop and access capital markets and its ability to achieve expected results in
the chemical detection and analysis industry. The forward looking statements are
identified through use of the words "potential," "anticipate," "expect,"
"planned" and other words of similar meaning. These forward-looking statements
may be affected by the risks and uncertainties inherent in the chemical detection
and analysis industry and in the Company's business. The Company cautions readers
that certain important factors may have affected and could in the future affect
the Company's beliefs and expectations and could cause the actual results to
differ materially from those expressed in any forward-looking statement made by
or on behalf of the Company.

Contact:
Electronic Sensor Technology
William Wittmeyer
805-480-1994 ext 105
805 214 1860 direct
650 714 0823 cell
estcal.com 




SOURCE: Electronic Sensor Technology Inc.
estcal.com 

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From: Savant4/28/2012 12:55:14 PM
   of 22
 
The nose knows

An electronic nose can detect when fruit is ripe

Written by AMY STEWART
Aggie Science Editor
Published on April 4, 2012
Filed under Science & Technology


UC Davis researchers have found a method for using an electronic nose to detect if fruit has fully ripened, which in the future could reduce costs for farmers harvesting crops, as well as give researchers a more objective tool for measuring fruit flavor and maturity.


The electronic nose, called zNose, uses a technique called gas chromatography to separate and identify the chemical compounds that cause aroma in a blended fruit by vaporizing the compounds. Each compound vaporizes at a different time, which allows the user to detect which compounds are present in the juice.


“We use aroma compounds produced by fruits during the ripening process as markers to distinguish between fruits harvested at different maturity stages.” said Simona Vallone, a postdoctoral researcher in the department of plant sciences at UC Davis.


The researchers tested the zNose’s ability to detect the ripeness of melons in a laboratory setting as well as in the field. They found that the technique was able to differentiate between the different stages of maturity.


“The mixture of the aroma compounds are separated [by gas chromatography] so you can look at the composition of the aroma mixture,” Vallone said. “During the fruit ripening process, qualitative and quantitative changes in the aroma profile occur and we use that information to evaluate if the fruit is ripe or not.”


The biggest difficulty the researchers faced was not in using the device, but in the vast amount of data they collected. They soon found that the software provided with the zNose was not able to efficiently process all the information, so coauthor Nathan Lloyd had to program a new one.


“We’re hoping that [Nathan Lloyd's software program] is going to help other labs who are interested in using the electronic nose,” said Florence Negre-Zakharov, assistant professor of plant sciences at UC Davis and lead author of the paper. “It avoids a lot of caveats of data analysis that you can fall into if you’re not careful with data interpretation.”


Negre-Zakharov said that the research is important for farmers trying to efficiently harvest their fruits.


“For a tomato, it’s easy to see when it ripens,” said Negre-Zakharov. “For something like a melon, it’s not so easy to see.”


Negre-Zakharov also thinks that the technique for using the zNose will also be helpful for researchers in fruit and vegetable breeding programs.


“The breeders often rely on visual characteristics, some taste their fruit, but they don’t really have an objective measure of the quality of their fruit,” Negre-Zakharov said. “This technology could be used as a more objective assessment of flavor quality.”


The research was funded in part by the US Department of Agriculture (USDA) in a program seeking to increase consumption of fruits and vegetables by improving their quality and safety. The project is a collaboration between UC Davis, the USDA and the University of Florida. Funding was also provided by the seed technology company Harris-Moran, which grew the melons the researchers used for the research.


The zNose was developed by Electronic Sensor Technology, Incorporated from Newbury Park, Calif. Ken Zeiger, a sales and marketing representative from Electronic Sensor Technology, Inc. says that UC Davis is one of several research institutions that are looking at the zNose for food science applications.


“I’ve been working with several people in that area,” Zeiger said. “We’ve been testing everything from melons to onions, and we’re waiting for the results on that. Basically, we have a very sensitive, portable gas chromatograph.”


Ultimately, Negre-Zakharov considers this technology “pretty cumbersome, but feasible compared to the machines we use on a regular basis for our research.”


She and the other researchers hope that the technology will continue to develop, becoming more portable and affordable so that fruit and vegetable quality will improve.


AMY STEWART can be reached at science@theaggie.org.

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