HYPOTHESIS TO EXPLAIN SYNAPSIS OF MEIOTIC CHROMOSOMES

[21] CHEMICAL INDUCTION OF CROSSING-OVER IN DROSOPHILA MALES [J]. NATURE, 1957, 179 (4549) : 29 - 31

[22] SWANSON CP, 1963, CYTOLOGY CYTOGENETIC, P207

[23] Wald H, 1936, GENETICS, V21, P264

[24] WESTERGAARD M., 1964, COMPT REND TRAV LAB CARLSBERG, V34, P359

[25] WESTERGAARD M., 1966, COMFT REND TRAV LAB CARLS BERG, V35, P261

[26] AN OPERATOR MODEL OF CROSSING-OVER [J]. NATURE, 1966, 211 (5050) : 708 - +

[27] A THEORY OF CROSSING-OVER BY MEANS OF HYBRID DEOXYRIBONUCLEIC ACID [J]. NATURE, 1963, 199 (489) : 1034 - +

[28] WHITEHOUSE HLK, 1965, TOWARDS UNDERSTANDIN, P63

[29] INDUCTION OF MITOTIC RECOMBINATION WITH ETHYLENEIMINE IN SACCHAROMYCES CEREVISIAE [J]. MUTATION RESEARCH, 1967, 4 (03): : 377 - +

[21] CHEMICAL INDUCTION OF CROSSING-OVER IN DROSOPHILA MALES [J]. NATURE, 1957, 179 (4549) : 29 - 31

[22] SWANSON CP, 1963, CYTOLOGY CYTOGENETIC, P207

[23] Wald H, 1936, GENETICS, V21, P264

[24] WESTERGAARD M., 1964, COMPT REND TRAV LAB CARLSBERG, V34, P359

[25] WESTERGAARD M., 1966, COMFT REND TRAV LAB CARLS BERG, V35, P261

[26] AN OPERATOR MODEL OF CROSSING-OVER [J]. NATURE, 1966, 211 (5050) : 708 - +

[27] A THEORY OF CROSSING-OVER BY MEANS OF HYBRID DEOXYRIBONUCLEIC ACID [J]. NATURE, 1963, 199 (489) : 1034 - +

[28] WHITEHOUSE HLK, 1965, TOWARDS UNDERSTANDIN, P63

[29] INDUCTION OF MITOTIC RECOMBINATION WITH ETHYLENEIMINE IN SACCHAROMYCES CEREVISIAE [J]. MUTATION RESEARCH, 1967, 4 (03): : 377 - +