RURO Adds FreezerPro Basic to Its Flagship Br...April 16, 2012

FOR IMMEDIATE RELEASE:

Contact:
Michael Paul
RURO, Inc.

888-881-7876

240-409-0449

sales@ruro.com

www.ruro.com

RURO Adds FreezerPro Basic to Its Flagship Brand

New FreezerPro allows small labs FreezerPro 2012 benefits without the cost

Frederick, MD – April 16, 2012 – RURO, Inc., a developer of research software and inventory solutions announces a ‘Basic’ version of FreezerPro 2012.

  • Allows small laboratories to use the icon based system to handle sample storage without all of the expensive features needed to manage a larger lab.
  • FreezerPro Basic is a robust inventory solution that utilizes flexible data entry, Excel integration and Linear/2D barcodes support.
  • FreezerPro Basic offers small laboratories an affordable solution retailing at $1599.00. Government and academic pricing comes with a $300.00 discount.

For more information please visit http://www.ruro.com/freezerpro

“FreezerPro Basic is another product in the RURO portfolio designed to meet the needs of small laboratories. We have identified this market as an area of growth for our company and would like to provide smaller organizations an opportunity to use FreezerPro without breaking the bank. We look at this as a longterm strategic move for RURO. At the same time, we believe that we are providing the scientific research community with an affordable package that allows them to move their frozen inventory through their workflows more efficiently.” says Michael Paul, Marketing Director at RURO.

About RURO
Headquartered in the heart of Maryland’s biotechnology corridor RURO develops state of the art computer software and RFID solutions for research, biotechnological, pharmaceutical, healthcare and government (homeland security) laboratories in the US and worldwide.

For more information please visit RURO online at www.RURO.com
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Birds can operate with numbersOctober 24, 2011

Scientists at Utsunomiya University, Japan have found a very interesting mathematical ability in crows. Crows were shown two containers labeled with random symbols that included numbers, letters and abstract symbols. Only the containers marked with 5 random symbols contained the food. The researchers were shocked by the birds’ ability to compare the numbers and abstract symbols that were printed on the containers of food and in 70% of cases identify the container with 5 symbols. Only eight crows had been involved in this experiment, so it’s not really conclusive, but still it’s interesting.

There are also other reports that other birds such as parrots can be trained to associate Arabic numerals with actual quantities and can understand the concept of zero.

Chicks can do simple sums soon after they hatch, according to a study by scientists in Italy. Researchers observed what they called “impressive arithmetic” in newly hatched chicks, none of which had been trained or had any previous experience of problem solving. The study was designed to find evidence for basic mathematical skills in young animals that have not been taught first. Rosa Rugani at the University of Trento demonstrated chicks’ ability to add and subtract by moving identical objects behind two screens as the animals looked at. According to Rugani, the chicks had to perform simple arithmetic to work out which screen obscured the larger number of objects.

In a series of simple maths tests, Rugani’s team attached a fishing line to each of the plastic capsules and used it to move them behind two screens that the chick could see. When all of the containers had been hidden, the chick was set free to investigate. Scientists found that when the chicks went in search of the capsules, they peered first behind the screen that concealed the larger number of containers.

In a more difficult test, the researchers moved the containers back and forth behind the two screens while the chicks watched. When they were released, the chicks still ran to the screen obscuring the most containers, suggesting they had been able to keep track of the number of capsules behind each screen by adding and subtracting them as they moved.

The study is published in the journal Proceedings of the Royal Society B.