womenrockscience:

Happy Earth Day Everyone!

Tar Heel of the Week: Scientist Sallie Permar intent on stopping childhood diseases

Neil DeGrasse Tyson Said What He Thinks About Race Now That He's Made It, And Almost Nobody Noticed

dynastylnoire:

He goes in

womenrockscience:

Rocket Girls: A Five day series into legends of aerospace engineering

proofmathisbeautiful:

This is Your Brain on Engineering (GoldieBlox Easter PSA)

At age 2, girls start to identify with their gender. Or, more accurately, all kids start to understand that they have a gender, and become more aware of the social influences for how they should act as a result. In our culture, there are narrow blueprints called “boy” and “girl” that dictate to us all what is and is not the “right” way to act. These blueprints are pretty limiting — “boys don’t cry” and “girls are princesses” aren’t exactly the greatest life mottos. Gendered influences come from everywhere around kids: their parents, their friends, their teachers, the games they play, the movies they watch, the books they read… the list is endless, and all of it sends a message, sometimes negative and often limiting, about what is and isn’t a “girl thing” or a “boy thing.”

Posted on April 16, 2014

Reblogged from: Proof

Notes: 1,881 notes

nnekbone:

The Google doodle celebrates Percy Julian on Friday, April 11, 2014. 

Percy Lavon Julian (April 11, 1899, Montgomery, Al. – April 19, 1975, Waukegan, Illinois) was a U.S. research chemist and a pioneer in the chemical synthesis of medicinal drugs from plants.[1]He was the first to synthesize the natural product physostigmine, and a pioneer in the industrial large-scale chemical synthesis of the human hormones, steroidsprogesterone, and testosterone, from plant sterols such as stigmasterol and sitosterol. His work would lay the foundation for the steroid drug industry’s production of cortisone, other corticosteroids, and birth control pills.[2][3][4][5]

He later started his own company to synthesize steroid intermediates from the Mexican wild yam. His work helped greatly reduce the cost of steroid intermediates to large multinational pharmaceutical companies, helping to significantly expand the use of several important drugs.[6][7]

During his lifetime he received more than 130 chemical patents. Julian was one of the first African-Americans to receive a doctorate in chemistry. He was the first African-American chemist inducted into the National Academy of Sciences, and the second African-American scientist inducted from any field.[6]

(via http://en.wikipedia.org/wiki/Percy_Lavon_Julian)

Posted on April 11, 2014

Reblogged from: nnekbone

Notes: 399 notes

Scigrrrl: scigrrrls everyone should know! Zine 2 of the series!

scigrrrl:

Check out my new zine on women in science! 

Posted on April 7, 2014

Reblogged from: scigrrrl

Notes: 75 notes

Tags: signal boost,

the-actual-universe:

Reach for Your Dreams

This stunning image is part of the press release for a Radiator Film documentary “Sepideh – Reaching for the Stars”. It follows the dreams of a young Iranian girl, Sepideh, who wants to become an astronaut. Fighting against social expectations, Sepideh teams up with Anousheh Ansari, the first female private space explorer.

The trailer is available here.
And a blog entry detailing an interview with the film’s director is here.

-CB

Image: from the film, see Sepideh - Reaching for the Stars

Posted on April 3, 2014

Reblogged from: THE UNIVERSE

Notes: 949 notes

biomedicalephemera:

Important People of Medicine: Virginia Apgar
If you’ve ever had, or been around a baby that was born in a hospital, Dr. Apgar’s name probably sounds familiar. An anesthesiologist and teratologist (one who studies abnormalities of physical development), Virginia Apgar is most well-known for the "Apgar score" - a rating given to infants at 1 and 5 minutes after birth, which is often a determining factor in whether or not the baby needs to remain in the hospital after birth.
Dr. Apgar was the first female doctor to receive professorship at Columbia University medical school, and her work in teratology during the rubella pandemic of 1964-65 led to her outspoken advocacy for universal vaccination against that disease. Though it’s often mild and annoying above all else in healthy people, when pregnant women contract rubella (also known as German measles), the rate of deformity and disability of their children skyrockets. It can even cause miscarriage.
Virginia Apgar also promoted universal Rh-testing among pregnant women. This test shows whether a woman has a different Rh blood type than her fetus, because if she does, she can develop antibodies that can cross the placenta and destroy fetal blood cells. This can cause fetal hydrops and high levels of neonatal mortality, but can be prevented by administering anti-RhD IgG injections to the mother during pregnancy, so that she does not develop a sensitivity (and subsequent antibodies) to her baby’s blood type.
Though Dr. Apgar never married or had children of her own, she saved the lives of countless babies and streamlined many medical considerations of neonatal care, resulting in more effective medical treatment. She studied and promoted the prevention of premature births and causes of fetal deformity. She worked for March of Dimes and taught thousands of students. Her influence in the obstetrics and neonatology fields cannot be overstated.

biomedicalephemera:

Important People of Medicine: Virginia Apgar

If you’ve ever had, or been around a baby that was born in a hospital, Dr. Apgar’s name probably sounds familiar. An anesthesiologist and teratologist (one who studies abnormalities of physical development), Virginia Apgar is most well-known for the "Apgar score" - a rating given to infants at 1 and 5 minutes after birth, which is often a determining factor in whether or not the baby needs to remain in the hospital after birth.

Dr. Apgar was the first female doctor to receive professorship at Columbia University medical school, and her work in teratology during the rubella pandemic of 1964-65 led to her outspoken advocacy for universal vaccination against that disease. Though it’s often mild and annoying above all else in healthy people, when pregnant women contract rubella (also known as German measles), the rate of deformity and disability of their children skyrockets. It can even cause miscarriage.

Virginia Apgar also promoted universal Rh-testing among pregnant women. This test shows whether a woman has a different Rh blood type than her fetus, because if she does, she can develop antibodies that can cross the placenta and destroy fetal blood cells. This can cause fetal hydrops and high levels of neonatal mortality, but can be prevented by administering anti-RhD IgG injections to the mother during pregnancy, so that she does not develop a sensitivity (and subsequent antibodies) to her baby’s blood type.

Though Dr. Apgar never married or had children of her own, she saved the lives of countless babies and streamlined many medical considerations of neonatal care, resulting in more effective medical treatment. She studied and promoted the prevention of premature births and causes of fetal deformity. She worked for March of Dimes and taught thousands of students. Her influence in the obstetrics and neonatology fields cannot be overstated.

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