Description: 1. S. Fields and P.L. Bartel: The two-hybrid system: A personal viewI. The Two-Hybrid System2. C. Bai and S.J. Elledge: Searching for interacting proteins with the two-hybrid system I3. A.B. Vojtek, J.A. Cooper, and S.M. Hollenberg: Searching for interacting proteins with the two-hybrid system II4. E.A. Golemis and R. Brent: Searching for interacting proteins with the two-hybrid system III5. L. Zhu, D. Gunn, and S. Kuchibhatla: Constructing an activation domain fusion libraryII. Analyzing Interactions with the Two-Hybrid System6. D.C. Amberg and D. Botstein: Obtaining structural information about protein complexes with the two-hybrid system7. M. Vidal: The reverse two-hybrid system8. M.A. White: Dissecting the biological relevance of multiple interactions9. B.A. Ozenberger and K.H. Young: Investigation of ligand/receptor interactions and the formation of ternary complexes10. G.F. Sprague, Jr. and J.A. Printen: Two-hybrid analysis of protein-protein interactions in the yeast pheromone response pathway11. G.J. Hannon: Two-hybrid screening and the cell cycle12. R.L. Finley, Jr. and R. Brent: Two-hybrid analysis of genetic regulatory networksIII. Variations on the Two-Hybrid Theme13. J.T. Tsan, Z. Wang, J. Jin, L.-Y. Hwang, R.O. Bash, and R. Baer: Mammalian cells as hosts for two-hybrid studies of protein-protein interaction14. M.A. Osborne, M. Lubinus, and J.P. Kochan: Detection of protein-protein interactions dependent on post-translational modifications15. V. Berlin: Protein interactions mediated by small molecule ligands16. M. Yang: Use of a combinatorial peptide library in the two-hybrid assayIV. Related Methodologies17. J.A. Chong and G. Mandel: Isolation of DNA-binding proteins using a one-hybrid genetic screen18. B. Zhang, B. Kraemer, D. SenGupta, S. Fields, and M. Wickens: A three-hybrid system to detect and analyze RNA-protein interactions in vivo19. N. Johnsson and A. Varshavsky: Split ubiquitin: a sensor of protein interactions in vivo

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