Panic! At The Lab

panic! at the lab

ft hit songs such as

i write scribbles not lab reports

nine in the afternoon (nine in the evening? morning?) (oh it’s a 12 hr time point)

mad as grad students

high hopes (dissertation version)

More Posts from Thejoyofscience and Others

11 years ago
This Bad Little Boy Is Super Rare To Find!!!  This Is A Mitotically Active Cell Present In Peripheral

This bad little boy is super rare to find!!!  This is a mitotically active cell present in peripheral blood circulation from a dog - only the second one I have ever seen!!

As a game, in the diagnostic lab we yell KABLAM! anytime we see a mitotic figure.  The first one to say kablam wins :-P  We should so turn it into a drinking game…

11 years ago
The Central Nervous System (CNS) In Most Vertebrates Forms Initially As A Flat Sheet Of Cells, Which

The central nervous system (CNS) in most vertebrates forms initially as a flat sheet of cells, which subsequently rolls up and fuses shut to form the hollow neural tube, which is the precursor to the CNS. The enriched apical actin in the closing neural tube (shown in green in the image) is central to cell shape changes that contribute to the rolling up process.

Image: Color micrograph showing a cross-sectional (transverse) view of the closing neural tube in a Xenopus embryo. Actin is shown in green.


Tags
11 years ago
Behold The Gastric Rainbow. Sounds Gross, But It’s Actually Beautiful. This Cross-section Of A Mouse

Behold the Gastric Rainbow. Sounds gross, but it’s actually beautiful. This cross-section of a mouse intestine is labeled with a spectrum of fluorescent molecules. From the green and magenta digestive enzyme-producing cells to the red mucus-secreting cells, this is one of the most dynamic areas in the mammalian body: Each cell is replaced by another every 3-5 days.

(via The Scientist Magazine)


Tags
11 years ago
Thumbs Up For Science

Thumbs Up For Science

The cover of the legendary journal Nature from February 1879, featuring this thumb microscope, yours for the low, low price of three pounds. 

(via Ptak Science Books, which you should really check out)


Tags
11 years ago

For decades, scientists have been capitalizing off discoveries made from Henrietta Lacks’ family’s cells. That may change.


Tags
11 years ago
Ms. Holly Aaron, Dr. Karen Dehnert, Dr. Scott Laughlin, And Dr. Carolyn Bertozzi

Ms. Holly Aaron, Dr. Karen Dehnert, Dr. Scott Laughlin, and Dr. Carolyn Bertozzi

University of California, Berkeley, California, USA Specimen: Fucosylated glycans in a zebrafish embryo. Technique: Confocal microscopy


Tags
6 years ago
“our Work Should Equip The Next Generation Of Women To Outdo Us In Every Field This Is The Legacy We’ll
“our Work Should Equip The Next Generation Of Women To Outdo Us In Every Field This Is The Legacy We’ll
“our Work Should Equip The Next Generation Of Women To Outdo Us In Every Field This Is The Legacy We’ll
“our Work Should Equip The Next Generation Of Women To Outdo Us In Every Field This Is The Legacy We’ll
“our Work Should Equip The Next Generation Of Women To Outdo Us In Every Field This Is The Legacy We’ll

“our work should equip the next generation of women to outdo us in every field this is the legacy we’ll leave.”

- rupi kaur

6 years ago

Hitchhiking bacteria might help their host navigate via magnetic fields

Deep in the mud of the Mediterranean Sea, scientists have caught microscopic protists dancing to a strange beat—the beat of Earth’s magnetic fields. Now, a new study reveals how these tiny clusters of cells orient themselves along those fields: by letting magneto-sensing bacteria hitch a ride on their outer membranes.

Researchers used microscopes to examine protist-packed sediment taken from the bottom of the Mediterranean Sea near Carry-le-Rouet, France. When they placed a magnet with its north pole facing a water droplet from the sediment, the hundreds of protists inside immediately began to swim toward the droplet’s edge. When the researchers reversed the magnet so its south pole was facing the droplet, the protists fled in the other direction (above).

11 years ago
Steering Stem Cells With Magnets

Steering Stem Cells with Magnets

Magnets could be a tool for directing stem cells’ healing powers to treat conditions such as heart disease or vascular disease.

By feeding stem cells tiny particles made of iron oxide, scientists at Emory and Georgia Tech can use magnets to attract the cells to a particular location in the body after intravenous injection.

The results are published online in the journal Small and will appear in an upcoming issue.

Human Adipose Derived Mesenchymal Stem Cells

More…


Tags
  • nuttyhologrammilkshake
    nuttyhologrammilkshake liked this · 4 years ago
  • reacom-draws
    reacom-draws reblogged this · 5 years ago
  • fictionvssleep
    fictionvssleep reblogged this · 5 years ago
  • omganiyak
    omganiyak liked this · 5 years ago
  • nagati
    nagati liked this · 6 years ago
  • piromomo-blog
    piromomo-blog liked this · 6 years ago
  • poolofpisces
    poolofpisces reblogged this · 6 years ago
  • poolofpisces
    poolofpisces liked this · 6 years ago
  • mb121314
    mb121314 reblogged this · 6 years ago
  • mb121314
    mb121314 liked this · 6 years ago
  • mythgirl07
    mythgirl07 reblogged this · 6 years ago
  • wot-gr
    wot-gr liked this · 6 years ago
  • tagitables
    tagitables liked this · 6 years ago
  • ley-med
    ley-med liked this · 6 years ago
  • gottastaystudious
    gottastaystudious liked this · 6 years ago
  • radpiewhispers
    radpiewhispers reblogged this · 6 years ago
  • docresa
    docresa reblogged this · 6 years ago
  • grqficfeelings
    grqficfeelings liked this · 6 years ago
  • nicktheking9999-blog
    nicktheking9999-blog liked this · 6 years ago
  • queenofthebench
    queenofthebench liked this · 6 years ago
  • dhuntwork
    dhuntwork liked this · 6 years ago
  • thejoyofscience
    thejoyofscience reblogged this · 6 years ago
  • tomatostaches-turtlebabies
    tomatostaches-turtlebabies liked this · 6 years ago
  • ggyinvxtu-blog
    ggyinvxtu-blog liked this · 6 years ago
  • johnnys-so
    johnnys-so liked this · 6 years ago
  • be-the-change-jess
    be-the-change-jess reblogged this · 6 years ago
  • skiesfullofsong
    skiesfullofsong liked this · 6 years ago
  • com-itten
    com-itten liked this · 6 years ago
  • astudyinphd
    astudyinphd reblogged this · 6 years ago
  • kiseki94
    kiseki94 reblogged this · 6 years ago
  • kiseki94
    kiseki94 liked this · 6 years ago
  • roseh23
    roseh23 liked this · 6 years ago
  • sophia42888
    sophia42888 liked this · 6 years ago
  • animepanda51
    animepanda51 reblogged this · 6 years ago
  • animepanda51
    animepanda51 liked this · 6 years ago
  • ladadidooo2
    ladadidooo2 liked this · 6 years ago
  • melinda-reads
    melinda-reads liked this · 6 years ago
  • realkermit
    realkermit liked this · 6 years ago
  • avichyssoise
    avichyssoise reblogged this · 6 years ago
  • epalzeorhynchos-frenatum
    epalzeorhynchos-frenatum reblogged this · 6 years ago
  • akanbaetsunemori
    akanbaetsunemori liked this · 6 years ago
thejoyofscience - This is for all the nerdy girls
This is for all the nerdy girls

An assortment of scientific things from the wonderful world of biology

77 posts

Explore Tumblr Blog
Search Through Tumblr Tags