The Application of ²¹¹ At in Experimental Tumour Therapy

Articles in the same Issue

1. PREFACE
2. Formation of ²¹¹ Rn by ⁶ Li Induced Reactions on ²⁰⁹ Bi at 70 MeV
3. Nuclear Recoils from ²¹¹ At Decay
4. Chemistry at Low Concentrations: Astatine at a Level of 10⁸ to 10³ Atoms
5. Inorganic Astatine Chemistry
6. Investigation of Astatine Cation Electromigration
7. Behaviour of Astatine in Radiopolarography
8. Chromatography at Fixed Redox Potential of Inorganic Forms of Astatine (²¹¹At)
9. Some Replacement and Addition Reactions of Astatine
10. First Investigations of Complex Formation of At (l) with Phosphorous Organic Compounds
11. No-Carrier-Added Astatination of N-Succinimidyl-3-(Tri-n-Butylstannyl) Benzoate (ATE) Via Electrophilic Destannylation
12. Reactions of Organometallic Compounds with Astatine-211. Application to Protein Labeling
13. α-Particle Endoradiotherapy: Experimental Studies with ²¹¹ At^- and Tumour-Affinic ²¹¹ At- Biomolecules
14. Experimental Therapeutics Using Alpha Particles
15. Processing and in vivo Behaviour of ²¹¹ At Labelled Colloids and Albumin Particles of Different Size
16. The Application of ²¹¹ At in Experimental Tumour Therapy
17. Bibliography of Astatine Chemistry and Biomedical Application 1983-1989