$LAYYYTER
The Bowery Presents
Jules of Nature
Sweet Seals For You, Always
🩵 avery cochrane 🩵

blake kathryn
we're not kids anymore.
Show & Tell

gracie abrams

tannertan36
Claire Keane
I'd rather be in outer space 🛸
Aqua Utopia|海の底で記憶を紡ぐ

roma★
𓃗
cherry valley forever
he wasn't even looking at me and he found me
hello vonnie
sheepfilms

shark vs the universe

seen from Poland
seen from France
seen from Bangladesh
seen from United States
seen from Poland
seen from Mongolia

seen from Mongolia
seen from Colombia
seen from Mongolia
seen from Colombia

seen from Colombia
seen from Venezuela

seen from United States
seen from United States
seen from United States
seen from United States
seen from United States

seen from United States
seen from United States
seen from United States
@thallowsvision
Theobromine experiment with 3D printer.
Playing on the Highway
Space Exploration, Solar System, Galaxy, Black Hole - Casey Cripe
A recent cartoon for the Guardian.
“The Ideal Neuron”
by Adriana Bellomo
Spring 2016 Independent Research Project
This what the ideal neuron would look like under a microscope once it has undergone the Golgi Stain.
A. Pyramidal Cell
B. Purkinje Cell
C. Smooth Stellate Cell
D. Spiny Stellate Cell
Main steps in population epigenomic analysis
a | DNA is tightly packaged in cells and is functionally modified by a variety of epigenetic marks, such as cytosine methylation (5mC) or post-translational changes in histone proteins.
b | The genome-wide distribution of different epigenetic marks can be measured using next-generation sequencing (NGS) technologies.
c | The computational challenge is to infer distinct chromatin states for each genomic position.
d | Shown are the chromatin state maps of M diploid individuals. Individuals differ in their chromatin states in three genomic regions.
by NATURE REVIEWS GENETICS
Meiotic mysteries!
by The Scientist
Moon Gazing
Mad About Monkeys: A Loving Illustrated Encyclopedia of Weird and Wonderful Kindred Creatures
A captivating primer on our fellow primates, from belligerent baboons to brilliant macaques.
by Maria Popova
“We share this planet we call home with an astonishing array of equally astonishing creatures. But, perhaps because we judge everything by our solipsistic human criteria, few elicit our admiring fascination more potently than monkeys — our fellow primates, which evolved some 35 million years ago; we share with them a distant common ancestor, from which we diverged on our separate evolutionary paths. (But, contrary to a common misconception, we did not evolve from monkeys.)
In Mad About Monkeys (public library), a wonderful addition to the best children’s books celebrating science, British illustratorOwen Davey presents a stunning and richly informative primer on these marvelous primates. However wildly different the 260 known species of monkeys may be from one another and from us, we continue to share surprising commonality with these distant cousins — from our highly networked societies to our capacity for play, that peculiar activity serving no other purpose than providing pleasure and delight.
Davey traces how their evolutionary history set monkeys apart from gibbons, lemurs, and chimpanzees — lest we forget, Jane Goodall has spent a good chunk of her career patiently debunking the popular misconception that chimps are monkeys — and how monkeys migrated from Africa to Asia to North America to develop into the distinctly different Old World and New World classes” (read more).
(Source: Brain Pickings)
New interior- wood art interior
The man in the Wall :)
The transience of light
The knowledge gap
Structured interference
An experiment in 3 dimensions