1. Applied field Mössbauer studies of the iron storage proteins ferritin and haemosiderin

   • C. Hunt
   • Q. A. Pankhurst
   • D. P. E. Dickson

   Biological Systems Pages: 821 - 826

2. Mössbauer studies of the ultrafine antiferromagnetic cores of ferritin

   • C. Hawkins
   • J. M. Williams
   • A. Treffry

   Biological Systems Pages: 827 - 833

3. How does the ferritin core form?

   • E. R. Bauminger
   • P. M. Harrison
   • A. Treffry

   Biological Systems Pages: 835 - 839

4. Mössbauer and EXAFS studies of bacterioferritin fromStreptomyces olivaceus

   • H. Winkler
   • W. Meyer
   • B. F. Matzanke

   Biological Systems Pages: 841 - 846

5. Mössbauer spectroscopic and magnetic studies of magnetoferritin

   • Q. A. Pankhurst
   • S. Betteridge
   • R. B. Frankel

   Biological Systems Pages: 847 - 851

6. Does iron play a role in Parkinson's disease?

   • E. R. Bauminger
   • M. Barcikowska
   • I. Nowik

   Biological Systems Pages: 853 - 857

7. Some comments on the effectiveness of the therapy for Β-thalassemia

   • K. Jiang
   • W. Y. Ma
   • G. C. Izzi

   Biological Systems Pages: 859 - 863

8. Temperature dependence of the spinS=1/2 fluctuation rate and the low-spin versus high-spin transition in native chloroperoxidase

   • C. E. Schulz
   • P. Osmulski
   • P. G. Debrunner

   Biological Systems Pages: 865 - 874

9. Mössbauer studies of spin-lattice relaxation in deoxy-myoglobin

   • H. Winkler
   • X. -Q. Ding
   • F. Parak

   Biological Systems Pages: 875 - 878

10. Spin-lattice relaxation in Mössbauer spectra of Fe(III) high-spin complexes in an orthorhombic crystal field

    • O. Yakovleva
    • T. Rimke
    • F. Parak

    Biological Systems Pages: 879 - 883

11. Relaxation of non-equilibrium states of myoglobin studied by Mössbauer spectroscopy

    • F. Parak
    • V. E. Prusakov

    Biological Systems Pages: 885 - 890

12. Molecular dynamics and local electronic states of Sn and Fe in metallocytochrome and metalloporphyrin

    • K. Burda
    • A. Hrynkiewicz
    • K. Strzałka

    Biological Systems Pages: 891 - 897

13. Mössbauer spectroscopic study of iron oxide deposits in liver tissue from the marine mammalDugong dugong

    • W. Chua-anusorn
    • T. G. St. Pierre
    • D. Parry

    Biological Systems Pages: 899 - 904

14. Mössbauer spectroscopic study of the forms of iron in normal human liver and spleen tissue

    • W. Chua-anusorn
    • T. G. St. Pierre
    • P. Pootrakul

    Biological Systems Pages: 905 - 910

15. The form of iron in pigment gallstones

    • W. Chua-anusorn
    • T. G. St. Pierre
    • J. F. Lu

    Biological Systems Pages: 911 - 916

16. Mössbauer spectroscopy in biomedical physics research

    • Xiufang Zhang

    Biological Systems Pages: 917 - 921

17. Spin-lattice relaxation and intramolecular motions in transferrin on the Mössbauer spectroscopy data

    • I. P. Suzdalev
    • I. V. Kurinov
    • V. V. Matveev

    Biological Systems Pages: 923 - 929