The Experts below are selected from a list of 279 Experts worldwide ranked by ideXlab platform

Lászlo Béress - One of the best experts on this subject based on the ideXlab platform.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    J. Sanchez, T. Bruhn, A. Aneiros, E. Wachter and L. Beress. A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata). Toxicon 34, 1361-1366, 1996.-The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125 I-dendrotoxin to rat brain membranes and block the voltage-sensitive K + channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125I-dendrotoxin to rat brain membranes and block the voltage-sensitive K+ channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

J. Sanchez - One of the best experts on this subject based on the ideXlab platform.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    J. Sanchez, T. Bruhn, A. Aneiros, E. Wachter and L. Beress. A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata). Toxicon 34, 1361-1366, 1996.-The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125 I-dendrotoxin to rat brain membranes and block the voltage-sensitive K + channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125I-dendrotoxin to rat brain membranes and block the voltage-sensitive K+ channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

E. Wachter - One of the best experts on this subject based on the ideXlab platform.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    J. Sanchez, T. Bruhn, A. Aneiros, E. Wachter and L. Beress. A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata). Toxicon 34, 1361-1366, 1996.-The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125 I-dendrotoxin to rat brain membranes and block the voltage-sensitive K + channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125I-dendrotoxin to rat brain membranes and block the voltage-sensitive K+ channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

Abel Aneiros - One of the best experts on this subject based on the ideXlab platform.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    J. Sanchez, T. Bruhn, A. Aneiros, E. Wachter and L. Beress. A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata). Toxicon 34, 1361-1366, 1996.-The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125 I-dendrotoxin to rat brain membranes and block the voltage-sensitive K + channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125I-dendrotoxin to rat brain membranes and block the voltage-sensitive K+ channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

Thomas Bruhn - One of the best experts on this subject based on the ideXlab platform.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    J. Sanchez, T. Bruhn, A. Aneiros, E. Wachter and L. Beress. A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata). Toxicon 34, 1361-1366, 1996.-The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125 I-dendrotoxin to rat brain membranes and block the voltage-sensitive K + channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.

  • A simple Biochemical Method in the search for bioactive polypeptides in a sea anemone (Anemonia sulcata).
    Toxicon, 1996
    Co-Authors: J. Sanchez, Thomas Bruhn, Abel Aneiros, E. Wachter, Lászlo Béress
    Abstract:

    The sea anemone Anemonia sulcata is a well-known natural source of supply of biologically active polypeptides. So far, five toxins, ATX I, II, III, IV and AS V, several polyvalent protease inhibitors, an elastase inhibitor, two blood pressure-depressive polypeptides and very recently peptides that inhibit competitively the binding of 125I-dendrotoxin to rat brain membranes and block the voltage-sensitive K+ channels, have been isolated from it. The sea anemone toxins (especially toxin II of A. sulcata, ATX II) are very important tools in neurophysiological and pharmacological research, and their structure-function relationship has been investigated. Because of the great scientific value of the sea anemone toxins a simplification of their purification procedure was elaborated.