Climatologists from the University of Milano-Bicocca are employing PerkinElmer’s NexION® 350 SP-ICP-MS to determine elemental contents in some polar ice cores, to help us better understand changes to the environment.
A review of the growing dangers associated with antibiotics in milk and PerkinElmer's latest technology to discover these drugs in milk samples.
With the rising incidence of dangerous compounds in drinking water, the ability to detect and analyze multi-elements in water is imperative.
The FDA recently recalled turmeric, a popular spice, for dangerous levels of lead. This report details the best technology for discovering lead and other heavy metals in spices.
A report on the growing popularity of tattoos and the troubling findings that heavy metals found in tattoo inks can cause a range of illnesses and even cancer.
As micronutrients become more important to the global food supply, the new PerkinElmer Avio™ 200 ICP-OES can analyze nutrient content in fruit juices and milk better than traditional methods.
A profile of InfraLeuna and its analytical laboratory, which is among the largest energy producers in Europe.
Profile of the University of Birmingham’s Facility for Environmental Nanoscience Analysis and Characterization and the role played by PerkinElmer.
Missouri University Science and Technology researchers develop new SP-ICP-MS methodology to test for the presence of nanomaterials in drinking water.
Animated cartoon features the benefits of newborn screening for genetic diseases.
PerkinElmer recently introduced the Avio™ 200 instrument as the world's smallest inductively coupled plasma optical emission spectrometer (ICP-OES).
With dangerous levels of arsenic found in apple juice, PerkinElmer offers a new fast and reliable HPLC/ICP-MS process to measure arsenic in juice.
Dr. Linh Hoang, Vice President, Neonatal Screening, at PerkinElmer, talks about the challenges, opportunities, and company activities to address the need for newborn screening in India.
The Torion® T-9™, the first portable GC/MS, runs samples onsite and can test for contaminants in the environment, food and products.
Profile of Enthalpy Analytical, Inc. and its relationship with PerkinElmer in working towards air quality monitoring solutions for the EPA
Amid a growing crisis, PerkinElmer’s rapid response protocol is helping labs keep up with the rising demand in testing water for lead.
How the NexION 350 is expanding Campden BRI's food analysis capabilities.
Report on the various scientific methods available to uncover counterfeit and adulterated whiskies.
Milling the perfect flour is more complex than you think.
Easy-to-use, web-based software platform improves efficiency and accuracy and provides users with near instant access to a world of environmental, regulatory, and business planning data.
How TIBCO Spotfire® visualization and analysis software is helping to make better agronomics decisions faster.
Spectrum™ 10 software and innovative Adulterant Screen™ technology offers a simple, fast, and cost-effective solution to testing the purity of honey.
Heavy metals such as lead, chromium, and mercury are being emitted into the air.
Advanced technologies by PerkinElmer detect food adulterants in seconds
Beyond judging beer by its looks
A global call to action for newborn screening
With PerkinElmer’s help, Campden BRI ensures product safety and quality to the food and drink industry.
Is Your Food Authentic? Adulterant Screen™ to the Rescue. Detecting Food Fraud at the Push of a Button.
Our quest to improve life goes back to our earliest innovators, but the challenges we face today have never been greater.
Genetic Screening Processor will speed testing of millions of babies for genetic disorders.
New NIR technology brings lab-like accuracy right to the fields.
Seeing Elements Transform At Atomic Scale Unveils A Big Surprise: A Potential New Cancer Therapy
The Netherlands’ RIKILT Institute of Food Safety in Wageningen Is A Global Resource For Safety, Food Analysis Food Fraud Detection, and State-of-the-art Training.
A simple test becomes an international standard in valuing grains and flour.
Turning to Science to Unmask Fake Olive Oil.
Engineered nanomaterials are changing our foods.
Over 100 million people are exposed to heavy metals in drinking water.
Concerns over nail salon chemicals call for scientific analysis, government regulation
Nanopharmaceuticals - Gargling, inhaling, and swallowing our way to improved health and longer lives.
Phthalates in medical supplies may pose danger to babies.
California’s Orange County Water District is leveraging technology to recycle millions of gallons of water every day.
PerkinElmer is instrumental in accelerating the cleanup of Fukushima nuclear disaster.
PerkinElmer expertise and instrumentation are helping to keep spices free of dangerous adulterants.
Learn how our equipment helps the food industry and governing agencies keep vanilla pure and free of adulterants.
PerkinElmer teams up with Universiti Tunku Abdul Rahman to test food products for contamination.
After a 2008 disaster with tainted infant formula, Chinese infant formula milk powder producers now have more stringent screening practices they need to follow.
Tsingtao Brewery in China is using headspace sampling to ensure their brews maintain their high quality standards.
Fukushima University builds the first map of radioactive fallout and detects soil contamination to guide cleanup efforts.
With the increasing popularity of biofuel blends, new regulations have forced companies to perform quality control at more remote locations.
In therapeutic protein production, the ability to determine the right end-point for mammalian cell culture lets researchers minimize HCP (host-cell protein) contamination.