Well hi

I guess this will be my next thing to procrastinate with yaaaaay

rhamphotheca:

Giving up beef will reduce carbon footprint more than cars

Study shows red meat dwarfs others for environmental impact, using 28 times more land and 11 times water for pork or chicken

by Damian Carrington

Beef’s environmental impact dwarfs that of other meat including chicken and pork, new research reveals, with one expert saying that eating less red meat would be a better way for people to cut carbon emissions than giving up their cars.

The heavy impact on the environment of meat production was known but the research shows a new scale and scope of damage, particularly for beef. The popular red meat requires 28 times more land to produce than pork or chicken, 11 times more water and results in five times more climate-warming emissions. When compared to staples like potatoes, wheat, and rice, the impact of beef per calorie is even more extreme, requiring 160 times more land and producing 11 times more greenhouse gases…

(read more: The Guardian UK)

photos: Shutterstock and Alamy

(via scienceyoucanlove)

ucsdhealthsciences:

A Moveable Yeast: modeling shows proteins never sit still
Our body’s proteins – encoded by DNA to do the hard work of building and operating our bodies – are forever on the move. Literally, according to new findings reported by Trey Ideker, PhD, chief of the Division of Genetics in the UC San Diego School of Medicine, and colleagues in a recent issue of the Proceedings of the National Academy of Sciences.
Hemoglobin protein molecules, for example, continuously transit through our blood vessels while other proteins you’ve never heard of bustle about inside cells as they grow, develop, respond to stimuli and succumb to disease.
To better understand the role of proteins in biological systems, Ideker and colleagues developed a computer model that can predict a protein’s intracellular wanderings in response to a variety of stress conditions.
To date, the model has been used to predict the effects of 18 different DNA-damaging stress conditions on the sub-cellular locations and molecular functions of more than 5,800 proteins produced by yeasts. They found, for example, that yeast proteins could move from mitochondria to the cell nucleus and from the endoplasmic reticulum to Golgi apparatus.
Though the model debut involved yeasts, researchers said the coding can be adapted to study changes in protein locations for any biological system in which gene expression sequences have been identified, including stem cell differentiation and drug response in humans.
Image courtesy of Material Mavens

ucsdhealthsciences:

A Moveable Yeast: modeling shows proteins never sit still

Our body’s proteins – encoded by DNA to do the hard work of building and operating our bodies – are forever on the move. Literally, according to new findings reported by Trey Ideker, PhD, chief of the Division of Genetics in the UC San Diego School of Medicine, and colleagues in a recent issue of the Proceedings of the National Academy of Sciences.

Hemoglobin protein molecules, for example, continuously transit through our blood vessels while other proteins you’ve never heard of bustle about inside cells as they grow, develop, respond to stimuli and succumb to disease.

To better understand the role of proteins in biological systems, Ideker and colleagues developed a computer model that can predict a protein’s intracellular wanderings in response to a variety of stress conditions.

To date, the model has been used to predict the effects of 18 different DNA-damaging stress conditions on the sub-cellular locations and molecular functions of more than 5,800 proteins produced by yeasts. They found, for example, that yeast proteins could move from mitochondria to the cell nucleus and from the endoplasmic reticulum to Golgi apparatus.

Though the model debut involved yeasts, researchers said the coding can be adapted to study changes in protein locations for any biological system in which gene expression sequences have been identified, including stem cell differentiation and drug response in humans.

Image courtesy of Material Mavens

My wish for you is that you continue. Continue to be who and how you are, to astonish a mean world with your acts of kindness. Continue to allow humor to lighten the burden of your tender heart.

—Maya Angelou  (via chylerwest)

(Source: emotional-algebra, via chylerwest-deactivated20140722)

Drop the idea of becoming someone, because you are already a masterpiece. You cannot be improved. You have only to come to it, to know it, to realize it.

—Osho (via purplebuddhaproject)

(Source: proverbwolf, via lightfromorion)

Because when I was 13 years old, I was sent home for my tank top straps being a little too thin, but a boy could wear a Cool Story babe, Go Make Me A Sandwich shirt and not be looked at twice.

Because when I was 17 and I told a guy “No” and the next day the word tease was painted on my locker.

Because when I was 18 and just wanted to be friends, I was a bitch.

Because I feel the need to say “I have a boyfriend” instead of “No” because guys respect other men more than they would ever respect me.

Because society screams “don’t get raped” instead of “don’t rape”

Because I am scared to walk alone at 10 PM

Because being beautiful is the most important thing I’ll ever do.

Because when I wear my favorite skirt “I’m asking for it”

Because the song Blurred Lines exists

Because no means no no matter how you fucking spin it

Because a girl was drugged and raped with a beer bottle, and the boys who did it are out on bail.

Because I owe you nothing

Because pepper spray is a gift I receive yearly.

Because I am asked if I have a boyfriend more than I am asked about my mental health

Because my clothes say more about my consent then my mouth does.

Because the wage gap exists

Because “not all men are like that” is said way too often

ENOUGH ARE

Because I feel the need to say “I’m not a feminist but…”

Because I’m writing this fucking piece

When you ask why I’m angry? (via brennanat)

This is the best thing I have ever seen in my entire existence

AMENN

(via embarassment)

(via addisonsmontgomery)

study-hack:

Power Naps are a great way to boost your energy in the middle of the day!

If you are feeling drowsy and tired and still have a ton of homework to do, take a 20-30 minute power nap! It doesn’t take too much time and helps increase productivity

1. They are most effective if they last 15-20 minutes;
2. They are good of alertness and motor performance
3. BETTER than caffeine. Caffeine just postpones your fatigue, while power naps actually get rid of it. 

Best time of day to take a nap: 1-3 p.m. If taken after 4 p.m., you may disturb your sleep at night. 

Sources + More Info: 1, 2, 3

Happy napping! 

(via themdtobe)