42-43.

15.12.1995,

22.12.1995

Sh.R.Sunyaev

Institute of Molecular Biology

Statistical approach to the inverse protein folding problem. Criteria of 3D-1D compatibility.   >>>

41.

1.12.1995

N.N.Vtyurin

Institute of Molecular Genetics

Modeling of the spatial structure of protein molecules   >>>

40.

6.10.1995

M.Gelfand and M.Roytberg

New developments in recognition of coding regions   >>>   

39.

22.9.1995

S.A.Starostin

Russian State Humanitarian University

Introduction to comparative linguistics

38.

12.9.1995

Ross Overbeek

Argonne National Laboratory

Interpreting microbial genomes   >>>

37.

20.7.1995

Leonid Mirny

Harvard University, Dept. of Chemistry

Fold recognition and dynamics in the space of contact maps   >>>

36.

13.07.1995

Leonid Mirny

Harvard University, Dept. of Chemistry

How protein may fold...   >>>

35.

22.6.1995

Pavel Pevzner

Department of Computer Science and Engineering, The Pennsylvania State University

Towards DNA sequencing chips

34.

1.5.1995

I.Dedinsky

Institute of Biomedical Chemistry

Similarity between biological sequences from the point of view of mathematics and biology   >>>

33.

31.5.1995

I.Dedinsky

Institute of Biomedical Chemistry

Prediction of B-epitopes using grammar parsing   >>>

32.

17.5.1995

M.Gelfand, A.Mironov, P.Pevzner

Spliced alignment: A new approach to gene recognition   >>>

31.

15.3.1995

M.A.Roytberg

Institute of Mathematical Problems of Biology

Pareto sets revisited

30.

1.3.1995

V.V.Panjukov

Institute of Mathematical Problems of Biology

Finding steady alignments: Similarity and distance   >>>

29.

15.2.1995

M.S.Smirnov

Institute of Problems of Information Transmission

On prediction of numbers produced by random generations

28.

3.2.1995

A.V.Efimov

Institute of Protein Research

Structural motifs in globular proteins

27.

19.1.1995

A.M.Leontovich

What a weight matrix for the alignment should be?   >>>