10 Ergebnisse für "chloride"

4bases’paper of the month – January 2023 – “Diagnosing Cystic Fibro...

... Transmembrane conductance Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and ... screened too, as well as high levels of salt in sweat, due to CFTR defective chloride reabsorption in sweat ... Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and out of epithelial cells ... in sweat, due to CFTR defective chloride reabsorption in sweat glands. Once patients are referred to ...

4bases’paper of the month – January 2023 – “Diagnosing Cystic Fibro...

... Transmembrane conductance Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and ... screened too, as well as high levels of salt in sweat, due to CFTR defective chloride reabsorption in sweat ... Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and out of epithelial cells ... in sweat, due to CFTR defective chloride reabsorption in sweat glands. Once patients are referred to ...

4bases’paper of the month – January 2023 – “Diagnosing Cystic Fibro...

... Transmembrane conductance Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and ... screened too, as well as high levels of salt in sweat, due to CFTR defective chloride reabsorption in sweat ... Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and out of epithelial cells ... in sweat, due to CFTR defective chloride reabsorption in sweat glands. Once patients are referred to ...

4bases’paper of the month – January 2023 – “Diagnosing Cystic Fibro...

... Transmembrane conductance Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and ... screened too, as well as high levels of salt in sweat, due to CFTR defective chloride reabsorption in sweat ... Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and out of epithelial cells ... in sweat, due to CFTR defective chloride reabsorption in sweat glands. Once patients are referred to ...

4bases’paper of the month – January 2023 – “Diagnosing Cystic Fibro...

... Transmembrane conductance Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and ... screened too, as well as high levels of salt in sweat, due to CFTR defective chloride reabsorption in sweat ... Regulator (CFTR), an ion-channel protein that carries water and chloride ions in and out of epithelial cells ... in sweat, due to CFTR defective chloride reabsorption in sweat glands. Once patients are referred to ...

4bases’ paper of The Month – December 2023 – CFTR pharmacological m...

... CFTR gene encodes an anion channel responsible for regulating the transport of chloride and bicarbonate ... regulating the transport of chloride and bicarbonate ions across cell membranes. Mutations in this gene ...

4bases’ paper of The Month – December 2023 – CFTR pharmacological m...

... CFTR gene encodes an anion channel responsible for regulating the transport of chloride and bicarbonate ... regulating the transport of chloride and bicarbonate ions across cell membranes. Mutations in this gene ...

4bases’ paper of The Month – December 2023 – CFTR pharmacological m...

... age. The CFTR gene encodes an anion channel responsible for regulating the transport of chloride and ... regulating the transport of chloride and bicarbonate ions across cell membranes. Mutations in this gene ...

4bases’ paper of The Month – December 2023 – CFTR pharmacological m...

... CFTR gene encodes an anion channel responsible for regulating the transport of chloride and bicarbonate ... regulating the transport of chloride and bicarbonate ions across cell membranes. Mutations in this gene ...

4bases’ paper of The Month – December 2023 – CFTR pharmacological m...

... CFTR gene encodes an anion channel responsible for regulating the transport of chloride and bicarbonate ... regulating the transport of chloride and bicarbonate ions across cell membranes. Mutations in this gene ...

Nach oben