SPL RF Apr 2018

EN_01314036_0715

30,00 EUR Private use
Making print for private purpose, storage in computer memory, no distribution rights.
40,00 EUR Internet - private use
Strictly for editorial, single use on a personal (nonprofit) web site, Internet portal, social media (Facebook, Instagram etc.), blog for 1 year. Not for resale. Maximum picture size 2000px.
75,00 EUR Internet commercial use
Strictly for editorial, single use on a commercial web site, Internet portal, social media (Facebook, Instagram etc.), blog for 1 year. Not for resale. Maximum picture size 2000px.
90,00 EUR Print use
Strictly for editorial, single use, inside of newspaper, magazine, book (including digital version), one edition, one single country. Not for resale.

Gross prices

special instructions

SPECIAL RATES FOR EDITORIAL AND BOOKS RF RATES FOR OTHER USE INTERNET +100% Internet +100%

caption

Illustration of the outer surface of a cell membrane. Transmembrane proteins (purple) and glycolipids (yellow) protrude from the membrane's surface. At upper left is an LDL (low-density lipoprotein) receptor bound to an LDL particle (large, orange and purple). To the right of the LDL receptor is a histamine channel, binding a histamine molecule. At right centre is a potassium channel with potassium (K+) ions. At front left is an acetylcholine receptor and acetylcholine molecule and at front right is a delta opioid receptor with a bound endorphin molecule.

headline SPL RF Apr 2018

created date 2018-04-07

credit East News

source Science Photo Library RF

byline JUAN GAERTNER/SCIENCE PHOTO LIBRARY

original transmission reference f0213203

weight 8,27MB

size 58cm x 43cm by 300dpi

keywords - Show

ACETYL, ARTWORK, BILAYER, BIOCHEMICAL, BIOCHEMISTRY, BIOLOGICAL, BIOLOGY, CELL, CGI, CHANNEL, CHOLINE, CYTOLOGICAL, CYTOLOGY, DELTA, DIGITALLY, DIGITALLY-GENERATED, ENDORPHIN, GAERTNER, GENERATED, GLYCOLIPID, HISTAMINE, ILLUSTRATION, ION, JUAN, LAYER, LDL, LIBRARY, LIPID, MEMBRANE, MOLECULAR, MOLECULE, NO-ONE, NOBODY, OPIOID, PARTICLE, PHOSPHOLIPID, POTASSIUM, PROTEIN, RECEPTOR, SCIENCE, SIGNAL, STRUCTURE, TRANSMEMBRANE, VARIETY,