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Hemoglobin, sickle cell anemi Biologisk kemi, KTH

Hemoglobin, sickle cell anemi Biologisk kemi, KTH. Seminarium vt 2011 Märit Karls. Sickle cell. http://www.medicinenet.com/hemoglobin/page3.htm. Dissociation Hb-O 2. Fig. 23.8, s. 652 Allosterisk effekt Säkerställer att alla Hb-molekyler är full-laddade med O 2 när de lämnar alveolerna

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Hemoglobin, sickle cell anemi Biologisk kemi, KTH

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  1. Hemoglobin, sickle cell anemiBiologisk kemi, KTH Seminarium vt 2011 Märit Karls

  2. Sickle cell http://www.medicinenet.com/hemoglobin/page3.htm

  3. DissociationHb-O2 • Fig. 23.8, s. 652 • Allosterisk effekt • Säkerställer att alla Hb-molekyler är full-laddade med O2 när de lämnar alveolerna • Effektor:

  4. Dissociation Hb- O2 = f(pH) • Fig. 23.9 s. 655 • Förklaring på molekylär nivå: • http://www.aecom.yu.edu/mbrenowitz/Graduate-Biochemistry/Lecturers/Bresnick/Bresnick%20Lecture%203.pdf • Bild 36

  5. O2 och CO2 utbyte i lungor resp celler Fig. 23.10, s. 658

  6. Förklaring till fig. 23.10

  7. Myoglobin O2

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