Ionic currents activated by hyperpolarization and regulated by cyclic nucleotides were first discovered more than 20 years ago. Recently the molecular identity of the underlying channels has been unveiled. The structural features of the protein sequences are discussed and related to the mechanisms of activation, selectivity for cyclic nucleotides, and ion permeation. Coverage includes a comparison of the biophysical properties of recombinant and native channels and their significance for the physiological functions of these channels
Pacemaker cells of the mammalian sino-atrial node (SAN) contain a hyperpolarization-activated, non-s...
Membrane proteins, including ion channels, became the focus of structural proteomics in the mid-20 t...
Since its first description in 1979 (Brown et al., 1979. Nature 280, 235-236), extensive work on the...
The depolarizing membrane ionic current I h (also known as I f, "f" for funny), encoded by the hyper...
The generation of cardiac pacemaker activity is a complex phenomenon which requires the coordinated ...
Fundamental research conducted over the past 20 years has led to an explosion of knowledge on the ge...
The excitability properties of multicellular and single cellular cardiac pacemaking tissues was exam...
AbstractThe generation of pacemaker activity in heart and brain is mediated by hyperpolarization-act...
First described over a quarter of a century ago, the cardiac pacemaker funny (I(f)) current has been...
The application of molecular biology and the development of patch clamp techniques led to a dramatic...
Cyclic nucleotide-modulated ion channels are molecular pores that mediate the passage of ions across...
Ion channels are ubiquitous proteins that mediate nervous and muscular function, rapid transmembrane...
Membrane ion channels contain integral pores that precisely select their permeant ions. This selecti...
Ion channels mediate selective passive transport of ions across biomembranes. They participate in di...
Computational models can shed light on protein function and the underlying mechanisms, where experim...
Pacemaker cells of the mammalian sino-atrial node (SAN) contain a hyperpolarization-activated, non-s...
Membrane proteins, including ion channels, became the focus of structural proteomics in the mid-20 t...
Since its first description in 1979 (Brown et al., 1979. Nature 280, 235-236), extensive work on the...
The depolarizing membrane ionic current I h (also known as I f, "f" for funny), encoded by the hyper...
The generation of cardiac pacemaker activity is a complex phenomenon which requires the coordinated ...
Fundamental research conducted over the past 20 years has led to an explosion of knowledge on the ge...
The excitability properties of multicellular and single cellular cardiac pacemaking tissues was exam...
AbstractThe generation of pacemaker activity in heart and brain is mediated by hyperpolarization-act...
First described over a quarter of a century ago, the cardiac pacemaker funny (I(f)) current has been...
The application of molecular biology and the development of patch clamp techniques led to a dramatic...
Cyclic nucleotide-modulated ion channels are molecular pores that mediate the passage of ions across...
Ion channels are ubiquitous proteins that mediate nervous and muscular function, rapid transmembrane...
Membrane ion channels contain integral pores that precisely select their permeant ions. This selecti...
Ion channels mediate selective passive transport of ions across biomembranes. They participate in di...
Computational models can shed light on protein function and the underlying mechanisms, where experim...
Pacemaker cells of the mammalian sino-atrial node (SAN) contain a hyperpolarization-activated, non-s...
Membrane proteins, including ion channels, became the focus of structural proteomics in the mid-20 t...
Since its first description in 1979 (Brown et al., 1979. Nature 280, 235-236), extensive work on the...