Quiet Productive Biological Sample Concentrator: related news

Quiet & Productive Biological Sample Concentrator

The versatile, budget priced miVac Duo biological sample concentrator from Genevac rapidly removes a wide range of solvents. Featuring a high displacement pump, the unit typically removes water up to 40% faster than similar concentrators and is extremely quiet.

Genevac: miVac Biological Sample Concentrators Demonstration more>>>

An insight into the ease of operation and simplicity of the miVac range of biological sample concentrators. The diversity of sample formats accommodated are shown - from microtubes to microplates, along with the width and breadth of the range of components which makes the miVac range best in class for many applications, including DNA sample preparation, bio-fluids and extracts preparation and forensics.

Genevac introduces biological sample concentrator

It features a high displacement pump and quietly removes water up to 40 per cent faster than similar concentrators.

Biological diversity in focus

QATAR University’s Department of Biological and Environmental Sciences is organising a programme entitled Biological Diversity in Qatar as part a Life Science Symposium today and tomorrow.

Sample ISO Images Posted for the Canon EOS 5D Mark II

December 7, 2008 -- We have just posted some sample images taken during our ongoing testing of the Canon EOS 5D Mark II. These sample images were shot at each ISO setting and will you compare the noise levels as the ISO sensitivity increases.

Brilliant light source for X-ray microscopy permits three-dimensional imaging of biological cells

The Fraunhofer Institute for Laser Technology ILT in Aachen has developed a powerful light source for compact X-ray microscopes that will allow biological cells to be studied in high resolution. Using a technique similar to that of medical tomography, it is now possible to obtain layered three-dimensional images of biological cells or even semiconductor devices.

Biological Warfare

Biological warfare, also known as germ warfare, is the use of pathogens such as bacteria, viruses or other disease causing agents to infect a population or area in order to cripple enemy forces.

Biological sensor that detects Salmonella may be used for food safety

A microscopic biological sensor that detects Salmonella bacteria in lab tests has been developed by an Agricultural Research Service scientist and university colleagues. The sensor could be adapted to detect other foodborne pathogens as well.

Biological mystery of ?speciation? gene uncovered

A breakthrough has shed light on the biological mystery of why there are so many different types of species in the world after the discovery of a “speciation� gene in budding yeast by Academia Sinica (AS) researcher Leu Jun-yi (呂俊毅), the academy announced yesterday.

Gold Slips in Quiet Start to 2009; Investment Demand Has Room to Grow as Central Banks Try to Inflate Away Recession

Gold Slips in Quiet Start to 2009; Investment Demand Has Room to Grow as Central Banks Try to Inflate Away Recession

TAIKO Multi Sample High Impact Drum Library (Nine Vault Audio)

Particularly in movies, trailers and video games, one of the most ubiquitous sounds is that of the Taiko drum. Oddly in sample-based instruments, there is not a wide variety of Taiko available, not like how other instruments and percussions are covered. East West has nearly always covered Taiko, first with Rare Instruments and then with the Storm Drum percussion collections. Perhaps other developers thought it was adequately covered.

Black box approach works in biological systems, too

An MIT team has used an engineering approach to show that complex biological systems can be studied with simple models developed by measuring what goes into and out of the system.

Technology makes us greener and more productive, says Vodafone

According to a Vodafone survey, kiwis believe they are more productive at work and have less of an impact on the environment as a result of mobile phones and broadband at home...

Revised development proposals for Biological Sciences and Mathematics

Members of the public, University staff and students are being invited to view the latest proposals for creating new research and teaching accommodation for the University’s departments of Biological Sciences and Mathematics.

Scientists induce chirality in pre-biological molecules

(Nanowerk News) The basic molecules that make up all living things have a predetermined chirality or "handedness,” similar to the way people are right- or left-handed. This chirality has a profound influence on the chemistry and molecular interactions of living organisms. The creation of chirality from the elementary building blocks of matter is one of the great mysteries of the origin of life. Scientists at the U.S. Department of Energy's Argonne National Laboratory have discovered a way to induce this handedness in pre-biological molecules.

Another Reason To Avoid High-fat Diet: It Can Disrupt Our Biological Clock, Say Researchers

Indulgence in a high-fat diet can not only lead to overweight because of excessive calorie intake, but also can affect the balance of circadian rhythms – everyone’s 24-hour biological clock, Hebrew University of Jerusalem researchers have shown.

Argonne scientists discover possible mechanism for creating "handedness" in biological molecules

The basic molecules that make up all living things have a predetermined chirality or "handedness”. This chirality has a profound influence on the chemistry and molecular interactions of living organisms. The inception of chirality from the elementary building blocks of matter is one of the great mysteries of the origin of life. Scientists at the U.S. Department of Energy's Argonne National Laboratory have discovered a way to induce this handedness in pre-biological molecules.

Another reason to avoid high-fat diet -- it can disrupt our biological clock

Jerusalem, December 28, 2008 – Indulgence in a high-fat diet can not only lead to overweight because of excessive calorie intake, but also can affect the balance of circadian rhythms – everyone's 24-hour biological clock, Hebrew University of Jerusalem researchers have shown.

Argonne scientists discover possible mechanism for creating 'handedness' in biological molecules

ARGONNE, Ill. (December 1, 2008) — The basic molecules that make up all living things have a predetermined chirality or "handedness," similar to the way people are right- or left-handed. This chirality has a profound influence on the chemistry and molecular interactions of living organisms. The inception of chirality from the elementary building blocks of matter is one of the great mysteries of the origin of life. Scientists at the U.S. Department of Energy's Argonne National Laboratory have discovered a way to induce this handedness in pre-biological molecules.

Apple's iTunes Inhibits the iPhone's Strong Potential for Mobile Games Market

This IDC Insight presents and analyzes the responses of a significant sample of gamers with iPhones accessed in a recently fielded survey of a fairly large representative sample of adult American gamers.

Blood from mosquito traps Finnish suspect

HELSINKI (AFP) - Police in Finland believe they have caught a car-thief thanks to a DNA sample taken from a sample of his blood found inside a mosquito.

Using light to move and trap DNA molecules

A major goal of nanotechnology research is to create a "lab on a chip," in which a tiny biological sample would be carried through microscopic channels for processing. This could make possible portable, fast-acting detectors for disease organisms or food-borne pathogens, rapid DNA sequencing and other tests that now take hours or days.

Using light to move and trap DNA molecules

A major goal of nanotechnology research is to create a "lab on a chip," in which a tiny biological sample would be carried through microscopic channels for processing. This could make possible portable, fast-acting detectors for disease organisms or food-borne pathogens, rapid DNA sequencing and other tests that now take hours or days.

Protein That Protects Against Alzheimer's?

Research on the mechanisms involved in neurodegenerative diseases such as Alzheimer's, stroke, dementia, Parkinson's and multiple sclerosis, to name a few, has taken a step forward thanks to the work of biological sciences Ph.D. student Sonia Do Carmo, supervised by Professor Éric Rassart of the Université du Québec à Montreal (UQAM) Biological Sciences Department, in collaboration with researchers at the Armand-Frappier Institute and the University of Valladolid in Spain.

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