Congratulations on adopting a scientist! Regardless of their field they will require much coffee, free food, and love. Here are some field specific tips for keeping your scientist happy and healthy!
Biology: make sure they don't get overly invested in their model organism by reminding them about the flaws inherent in their system on a regular basis, but also make sure to join in when they criticize other models in favor of their own
Chemistry: don't let them do that 'just one more reaction' at 10 pm. make sure they get out of the lab and see the sun on a regular basis. try to keep them from partying too hard when they do leave the lab
Geology: humor their rock puns but don't let the lick the rocks (they will tell you they need to lick the rocks to identify them, but don't fall for it)
Astronomy: try not to let them become completely nocturnal. point out nice stars to them and look suitably impressed by their "pictures" of planets that don't look like anything to you
Physics: take them to the park on a regular basis to remind them that things larger than subatomic particles exist. bring a frisbee or a ball to play catch with and be impressed by their ability to calculate trajectories
Math: always make sure to have free batteries for their calculators and a mathmatica user guide on hand. Humor them when they tell you why space without angles is important
Ecology: make sure they remember to wear sunscreen and keep an eye on them in the field. Remind them to come inside and analyze their data occasionally
Psychology: don't mention Freud or ever call them a soft or social science, but make sure you gently remind them that social factors can impact reproducibility and try to keep them from drawing sweeping conclusions about the inherent nature of humanity
Neuroscience: be suitably impressed by their newest experiment and then remind them that people are not mice as often as possible
Computer Science: make sure they take breaks while debugging by limiting their supply of coffee. Nod and smile when they go off on indexing and arrays. Make sure they always have a rubber duck.
Make sure to keep your scientist away from engineers unless they have been properly socialized to interact in a translational household. The most important thing is to remember to hug your scientist on a regular basis and remind them that there is life outside the lab
Hot off the presses! Check out the cover of my new book: Women In Science. Thanks to ten speed press for sending me a copy! Very proud and excited. Hits stores July 26 but you can pre-order it here: readwomeninscience.com
While you see many varieties of the common mold in your house and garden, the scientific word to describe them has a fascinating history. Aspergillus is a genus of 300 or so common molds found in all types of climates around the world. The Aspergillus mold was first catalogued in 1729 by the Italian priest and biologist Pier Antonio Micheli. These molds are in the fungus kingdom and while almost all are microscopic, colonies of the mold are easily recognizable and can grow quite large. Viewing the fungi under a microscope, Micheli was reminded of the shape of an aspergillum, which is the Latin word for a holy water sprinkler, itself from Latin spargere meaning to sprinkle, and named the fungus for the shape of the sprinkler.
You can see the similarity above, in the image of a silver aspergillium next to a microscopic view of aspergillus mold next to a colony of aspergillus mold growing on a damp terra cotta pot.
Image of aspergillium courtesy of Andreas Püttmann under a Creative Commons 3.0 license. Image of aspergillus and mold colony courtesy Kathie Hodge and the Cornell University Fungi team.
Science Kombat lets you do just that.
Device Rids Buses of Dangerous Pathogens The best place to enjoy a breath of fresh air may be a city bus, if Rice Univ. students have their way. A team of graduating seniors has created a system for public transit that would continually clear the air of pathogens that can lead to tuberculosis (TB), flu and pneumonia. The CityBusters – Joseph Spinella, Jerry Lue, Sundeep Mandava, Grace Ching and Shidong Chen, all seniors – have installed a $500 device on a METRO bus in Houston that has proven effective at killing 99.8 percent of the pathogens that circulate through the air-filtering system. The device, called FluProof, incorporates high-powered ultraviolet lamps that sterilize the air on the fly. Read more: http://www.laboratoryequipment.com/news-Device-Rids-Busses-of-Dangerous-Pathogens-043012.aspx
CRISPR/Cas Just Got About One Hundred Million Dollars Hotter
CRISPR Therapeutics and Vertex Pharmaceuticals Incorporated announced that they will be entering into a 105 million USD strategic research collaboration focused on developing therapeutics for genetic disease.
In more detail, what does that mean? A number of genetic mutations are responsible for inherited diseases, and two examples of this are cystic fibrosis and sickle cell anaemia.
Cystic fibrosis (CF) is caused by mutations within the CFTR gene which lead to a broken or non-folding protein, this in turn prevents the proper dilution of mucosal secretions and thus leads to numerous pathologies. Sickle cell anaemia/disease, by contrast, is due to mutations within the gene coding for haemoglobin leading to protein aggregation and disruption of red blood cell structures. It is predominantly found in descendants from malaria-prone areas, as the mutation – at least in heterozygotes – provides innate resistance against malarial infection.
The collaboration between Vertex and CRISPR will initially focus on developing therapeutics for cystic fibrosis and sickle cell anaemia, with other unspecified genes also on the target list
Full Story: Syniobeta