Voltage-dependent potassium channels (K v s) gate in response to changes in electrical
membrane potential by coupling a voltage-sensing module with a K + -selective pore. Animal …

Key points G‐protein inwardly rectifying K + (GIRK) channels consist of four homologous
subunits (GIRK1‐4) and are essential regulators of electrical excitability in the nervous system. …

… Immediately after oocyte retrieval, we proceeded with the testicular and epididymal fine … in
the aspirate, we proceeded to do testicular fine needle aspirations in various parts of the testis. …

Animal venom contains a mixture of toxic polypeptides that act in synergy to enable the fast
immobilization of prey or deter predators and competitors. This polypeptide arsenal is …

G-protein coupled K+(Kir3. x) channels are unique channels that translate chemical
neurotransmission via GPCR activation to electrical signals. It generates slow postsynaptic K+ …

An animal model of nutritional iron deficiency (ID) is described that demonstrates a reduction
of brain nonheme iron. The most prominent feature of ID is the significant and selective …

… Sarah Fine begins her response by calling Ayelet Shachar's lead essay "a Leviathan for
the twenty-first century." We have become accustomed to a “traditional” picture of the modern …

In I srael E ruca sativa has a geographically narrow distribution across a steep climatic gradient
that ranges from mesic Mediterranean to hot desert environments. These conditions offer …

We have investigated the synthesis and transport of apoE, the major apolipoprotein of the
central nervous system, in the retina of the living rabbit. Four hours after the injection of [ 35 S]…

… I thank Sarah Fine and Lea Ypi for their insights on this point. 8 For further discussion, see
Ayelet Shachar,“Picking Winners: Olympic Citizenship and the Global Race for Talent,” Yale …