Jek -. Hua fee potest epee be beige OV a ots , & Lac. Corre , D.B.; Roberts R.B; Roberts J.2. Tai CCP 34: pd p Arrives putibole isn gr Eocberichen cot. x. Peale bo soa, nw and toned ee Yat raher epeatbboven pl binges pee jul dard brine t. K emeavrtald : Ws eg ind K bovard vente ant ; akeo ° fed K as epiallin <"A acl obs Hay 204 sleepin fh a we sti cethe uct “bce sede ty thie er, pli ce. filiee d pr x7 ep pean he de ete rac eV es beter of « eallig ” W her, AA anhed K 22 fabacn up ¥ 4 unm ef bag k]m a [ot Prevs raf |< (be Kain treme th) we at at Fuge K >) Te fn cashing Ai ntbhdlerinr, ) whl > oy tage IK caput, VSI 193 VA vncgrdvta te viard be fajtdy pesrn! wh. 2.34 0.3 afrno Chin ape mee lk, tehreetTE saablif K -agrhamnge lebih P~ leas. DWP purnintiof K former Arche whl Fraghles ete an po, vt Mhiugh Ade K raeprds fru Kevmrulacel by ratpecel ng rolls w)n Wal pH4I YL) Fh, 0; uate >| cea + Heres y 4) arti 32% ern, bm plud thal K - whe te eigen LOS tertora - ta. of Takes. 2 with 1-1-P acelicetd See Tarbert Y epee PAerounn pdibolorr, m Fashee, olug eot. DE pttleln., An The pring | tort duiduli « thu, velit ducks ] CCP By. 259 ~ 2). ee fh bee. el beg Ke ak seth ae td a3 a te Ltr. Je op thse rrviaffectad a4 UV ox Beypint elle, . BIBLIOGRAPHY: JM. NAYLOR MATSUURA'S SPIRAL THMORY OF CROSSING OVER Beadle, G.W. 1938. Further studies of asynaptic maize. Cytologia ):269-287. Belling, John 1933. Crossing over and gene rearrangement in flowering plants. Genetics 18:388- 413. Huskins, C. Leonard anj Stanley Smith 1934. Chromosome division end pairing in Fritillaria meleagris: The mechanism of meiosis. J. Genet. 28(2): 397-06. — ee -- and cane D. Spier 19%. Tae segvegction of hetercnorpuic bonclogous chromoscmes in pollen mother cells of Tritteun vulgare. Cytologia ©s269-277. ~“--- --- -- and G.B. Wilson 1938. Probable causes of the changes in direction of the major spirai in Trillium erectum L. Ann, Bot. N.S. 2:281~291., meee eee ee and E.B, Mewcombe 19);2 An analysis of chiasma pairs showing chromatid interference in Tiilium erectum L. Genetics 26:101~127. Morgan, L.V, 1933. A closed X chromosome in Drosophila melanogas*er. Genetics 18 2250-283. Matsuura, He 1937. Chromosome studies on Trillium Kamtschaticum. TIT. The mode of chromo~ some disjunction at the first meiotic metacrase of the F-MC. Cytologia 8:142-177. ~ sew eee 190. mm ee eee ee RH eH HH XII. The mechanism of crossing over. Cytologia 10:390-L05. -—— ww re 1938 ° weer ree HR Re HH VII. Additional evidence for the Neo-two-plane theory of univalent constitution. Cytologia 9:78=87. — rr ore 191 * ee XIV. Primary and secondary chiasmata. Cytologia 11:380-387. -—— wee 19h ° wee ee eR Er eR Hee and its allies. XVII. A study of chromosome interlocking in T. Tschonoskii Maxin, Cytologia 13:369-379. Be ee ee ee ee eee XXII. Critical evidence of the spiral theory of crossing over. Chromosoma . 3:32-1:39. CHROMOSCHE STRUCTURE (GENeRAL} Belling, d. 1928. The ultimate chromomeres of Lilium and Aloe with regard to the number of genes. Univ. Cal, Pub. Bot. 14:307-318. Casperseon, T, and J. Sehultz. 1940. Ribonucleic acids in both nucleus and cyto- plasm, and the function of the nucleolus, Froc. Neb. Acud. Sel. 26: 507-515. Darlington, U. be 1939. ‘Hadivision and the geneatica of the centromere. J. Canet.s 37:341-364. Tarlington, C, J. and L. Lacour. 1941. The detection of inert genes, Jour, Hered. 32:135~121,. Gates, %, Ruggles. 1942. Nueleoli and related nuclear structures, Sot, ‘wv. B33 7-WI. Heitz, =. 1931. De Ureache der gesstzmissigen “ahi, Lage, Porm und Crosse pfleanzlicher fukleolen, Flanta 12:775-&4i,. Heitz, ©. 1935. Chromosonensturktur wad Gene. Zeit. ind. Abstam. Vereb. 7C: i em hdeT « Husking, ©. 1. IAL. Structural differentiation of the nugleus. din: The Structure of Frotoplasm. (ed. i, Sedfrig) 109-126, lewis, I. . 1941, The cytology of bacteria. Bact. Rev. §:161-230, MeCilntoek, 0. 1934. The relation of a -artiqlar chromosomal élemrt to the ‘developeent of the nucleoli in %ea «mys, Zeit. Selif. und “fkr, anat. 211 Zl 328 6 organ, De Te Je L943. The formation ef chremosenters in the interkinetile nuclei of mise. J. Hered. 34:194-198, Nebel, 36 %. 1.939. Chromosome structure. Bot. Reve 51563-6026. Rhoades, ie ie lO, Studies of a telocentri¢ ehromosore in maize with reference te the stability of ite centrosere. Genetics 25:483-520,. Roblnow, C, 9. Lyk. Nuclear apparatus and cell structure of rovueshaped bactorla. dm: The Bacterial Cell (Re Js Dubos ;, 355—377 6 Schultz, J, and T, Caspersgon. 1940, The genetic control of nucleolur conposition. Proc, Hut, Aead. Sed. 26:515=§23. Straub, J. 19r3. Chromosonmenstruktur, Naturwies. 31:97-108. Shite, M. J. 0. Nucleus, chromosomes and genes, 1942. in: Cytology and Vell Physiology (ed. Ge. Sourne; 139-159. alo Yu relie : du nn Junith (2) » 263- 367 1? 32S Stef L. andl F. Sauncleeco, J. Get. 36:53-36 (1938) + 2 tttobedn oh’, pus P, ty min , exrvbiratickes -: Eola, precelipte erleia ee, Hype hesag . Se ane erent aren A I EE CSS Kreg drnactec Hf. + A.d. SeLQ, J, Gen A lagacah 22 377-397 ftyi) Fe Bafa Wp lily oi ecbdegralO> Dew eteL 1996. — sie tenenGl ht be tinns o~ thupmet- prot) calle, Tieapneek sical | harer. . To feTeee 1% acacen + IM Phonplate MeL AAR Su+ H\~ H,- C te —He+ 1, ery Ree phe 7 4 ue hash / ay s - f. “al a > Sy t M+ HM, . felon M, + pape Beigh FC beda® OC ori utea “4 ee ar \ € if f c b. yf Cerra WOR Hele - Yl 2 at alse Mee ye ha IL let, - BIBLIOGRAPHY ON THE GENETICS OF GOSSYPIUM, From "The Evolution of Gossypium", Hutchinson, J.B., Silow, R. A. , and Stephens, 3. G., Oxford: 1947 ppl60o. Beasley, J. 0,, 1940, The Origin of the American Tetravloid Gossypium Species, Am, Nat. 74, 285, 1942, Meiotic Chromosome Behaviour in Snecies Hybrids, Haploids, and Induced Polyploids of Gossypium, Genetics, 27, 25, Harland, S, C., 1932a, The Genetics of Gossypium, Bib, Genet. 9, 107. 1°032b, The Genetics of Cotton, VI The Inheritance of Chlorophyll Deficiency in New World Cottons, J. Genet, 25, 271 1936a, The Genetical Conception of the Species. Biol, Rev, 11, &2, 1936b, Some Notes on Cotton in Colombia. Trop. Agr. T'dad, 13, 32, 1939, The Genetics of Cotton, Jonathan Cape. 1940a, Taxonomic Relationships in the Genus Gossypium, J, Wash, Acad, Sci, 30, 426, 1940b, New Polyploids in Cotton by the Use of Colchicine, Trop. Aer. Tldad, 17. 53. Hutchinson, J, B,, 1932, The Genetice of Cotton, VII 'Srumpled!: A New Dom, in Asiatic Cottons, Produced by Complementary Factors, J, Gent, 25, eal, 1938, The Distribution of Gossypium and the Evolution of the Commercial Cottons, ist Cotton Conf, Ind. Cent, Cotton Cttee,, Bombay 1939a, The Classification and Evolution of Cotton, Trop, Agr, T'dad.16 ,82, 19396, The Relationships of Gossypium raimondii Ulb, Ibid, 16, 271. 1943a, A Note on Gossypium brevilanatum Hoch, Ibid, 20, 4, 1943p, The Cottons of Jamaica. Ibid, 20, 50, 1943c, Notes on the Native Cottons of Trinidad, Ibid, 20, 235, 19434, The Effect of Environment on Hair Characters and Spinning Value in Sea Island Cotton, J. Text, Inst, 34, T61, 1940, “The Cottons of Puerto Rico, Puerto Rico Agricultural Journal, 28,35, 1946, On the Occurrence and Significance of Deleterious Genes in Cotton, J. Genet, 47, 279. (In press), The Genus Gossypioides Skovsted, Hutchinson, J, B, and Panse, V, G., 1936, The Introduction of Improved Strains of Crop Plants in Central India and Rajputana, Ind, J, Agric, Sei. 6, 397. Hutchinson, J, B, and Ghose, R. 1. M., 1937a Studies in Crop Ecology I, The Composition of the Cotton Crops of Central India and Rajputana,Ibid.7,1 19370, The Classification of the Cottons of Asia and Africa, Ibid. 7, 233, Hutchinson, J, B, and Govande, G, K,, 1938, Cotton Botany and the Spinning Value and Hair Properties of Cotton Tint, Ibid, 8, 21, Hutchinson, Jd, B, and Bhola Nath, 1938, A Note on the Occurrence of Chlorophyll Deficiency in Gosspium arboreum, Ibid. 8, 425 Hutchinson, J, B,, Panse, V. G., Apte, N.S. and Pugh, B.M,, 1938, Studies in Plant Breeding Technioue, III, Crop Analysis and Varietal Improve- ment in Malvi Fower (Andropogon sorghum), Ibid, 8, 131, Hutchinson, J, B, and Silow, RR, A. 1939, Gene Symbols for Use in Cotton Genetics, J, Hered, 30, 461, Silow, R. A., 1941, The Comparative Genetics of Gossypium anomalum and the Cultivated Asiatic Cottons, J, Genet, 42, 259, 1c44a, The Inheritance of lint Colour in the Asiatic Cottons, Ibid, 46,78 19hkuy, The Genetice of Species Development in the O14 World Cottons, Ibid, 46,62, 1946, Evidence of Chromosome Homology and Gene Homology in the Amphidiploid New World Cottons, Ibid, 47, 213, Silow, R, A. and Yu, C, P,, 1941, Anthocvanin Pattern in Asiatic Cottons, J, Genet, 43, 250, Skovsted, A, 1933. Cytological Studies in Cotton, I, The Mitosis and the Meiosis in Dinloid and Triploid Asiatic Cotton, Ann, Bot, 47,227, 1934, Cytological Studies in Cotton, II, Two Interspecific Hybrics between Asiatic and New World Cottons, J, Genet, 28, 407, 1935a, Cytological Studies in Cotton, III, A Hybrid between Gossypium davidsonii Kell, and G, Sturtii F, Muell, Ibid, 30, 397, 1925b, poe New Interspecific Hybrids in the Genus Gossypium L, Ibid, 30, 447, 1935c. Chromosome Numbers in the Malvaceae I, Ibid, 31, 263, 1937. Cytological Studies in Cotton, IV, Chromosome Conjugetion in Interspecific Hybrids, Ibid, 34, 97, Stephens, S, G,, 1942, Colchicine-Produced Polyploids in Gossypium, I. An Autotetraploid Asiatic Cotton and Certain of its Hybrids with Wild Diploid Species, J, Genet, 4E, 272, 194, Phe Genetic Organization of Leaf Shape Development in Gossypium, Ibid, 46,28, 1944p, Cotton Growing in the West Indies during the Eighteenth and Nineteenth Centuries, Trop, Agr. Tldad, 1, 2%, 194s Phenogenetic Evidence for the Amphidiploid Origin of New World Cottons, Nature 153, 53, ighla, Note on the Meiosia of a Triple Species Hybrid in Gossyvium, Thid, 1535, 82, 1alhe, Colchicine-Produced Polyploids in Gossypium, II, 014 World Triploid Hybrids, J. Genet, 40, 703, clr, The Modifier Concept, A Developmental Analysis of Leaf Shape 'Modification' in New World Cottons, Ibid. 46, 331, 1ailie, Canalization of Gene Action in the Gossyvium Leaf Shane System ané its Bearing on Certain Evolutionary Systems, Ibid, 46, 345, 1946. ‘The Genetics of 'Gorky'. 1, The New Worle Alleles and their Possible Role as an Interspecific Isolating Mechanism, Ibid, 47, 150, fr ’ Pubblicazioni della Stazicne 22 supple 1950 , June Relaziont tenute al convegno 27-31 margio 1949 we Auerbach, Cle (=22in} Possible differences between the e®Pacte oe” chemical 1-21 and physical mut sense C.D.Darlington (1ondon): Physica? and cuericel breakare of chr mosones 220m 3] i a E. “storn (Zurich): Erfehrunsen mit Phe .o ol-Behand? ung vou 2r oni la-Gonaden 52-49 in vitro +k ov H.fe-Taylor (Paris ): Biological’ bignifieante of thé transforming principles of - eS EPROM _Pneumococcus es © G Re Latarjet (Paris): Inivetion d'une mutatica svecifisve ene” vac beeterie var Jes 4, my / j: oO ff, 65-78-93 cancérigenes hydrosolubles. ¥.? Bux Hol ¥CA Flas ¥*B, Eohrussi (Peris): Inducticn var Blacriflavine d'une mutati n svecificue ches /a 50-64 levure N. Visconti fwdieanis: Le mec anise Maction letuale de ta moutarie azgotee sur ; \ : ae tei hd Bacterium co ‘i Vert( Teustadt im Seow rewalé): Uretrane-i duced mutate 1184-124 Be Battes'ia (Pisej: Muove coctanze int lucenti franentazione cromcsomica 125-157 @.D! Amato (Piea): The c remosoue breakics activity of chemicals a. studied by 158-170 the Allium Gena test Ae cuzzati-Traverso (Pavia): Perspectives of resea erch on wtutasens (A lisevssin with the varticinants in the Symposium) 171-186 Bibliografia generale 187 Parkig aud | “yo J, Mere egs & Vays) Mary we. taal, fast | pny fe ip mini nels, Reagents vicetcastd Vo LE? Dore Lh 9 dorc.. floc ble U Weinstem, EA +/7 7/3 Séu der, A, . Why Pq al, 5D: 34/- yr (1143) Qenrdke, MB+t EA Oeecolin. | y ) E, ‘ ation, 4 otilkprictor ane tits Le ae Pace lel poe har er Hc Yd f / eC Mherte Ther. ogy SG: 96 -106 (09 /3) Br athe Jenmofet- Reatoyhy, ed bo, WA 6%: NP -29 (1924) Then Nght (ee pola an, tet a vey A ak. PRS. BID351 nag, >. CRAS 205:604 (0934) Demerre , ken. 22: 465 - beter f haditins lar /9 VG. po ct bth i th 2.227 -£3 (1538). Aes / > Ke GA, KH. [neeor, folie x pants Yeats Trypanosome Refs. PSEBM 67: 77, ‘48 J. Pharm 82: 137-151 '44 Arch. Protist. 68: 187, 1929 JeI.D. 81: 139, '47 Z. Bakt. I, 53: 303, '10 Trahs. Roy, Soc. Trop Med Hyg. 22: 85, '28 CYTOLOGICAL TECHNI UE Belline, J. 1930. The use of the microscope. lecGraw-Hill Co., New York. Coleman, L. C. 1938. Preparation of leucobasic Fuchsin for use in the Feulgen reaction. Stain Tech. 13: 123-124, Conn, H. J. 1940. Biolocsical stains, 4th ed. Biotech. Pub., Geneva, New York. Darlincton, C. D. and L. F. LaCour. 1942. The handling of chromosomes. Unwin Bros., London. Hillary, B. B. 1939. Use of the Feulgen reaction in cytolory. I. Utfect of fixratives on the reaction. Bot. Gaz. 101: 276<-300. »- 1940. Use of the Feulsen reaction in cytolozy. II. New technicues and special applications. Bot. Gaz. 108: 225-235. Johansen, D. Aw 1940. Plant microtechnique. lecGraw-Hill Co., New York. LaCour, L. F. 1937. Improvements in plant cytological techniaue. Bot. Rev. 5: 251-258. Lee, Bolles. 1937. The microtomist's vade-mecum (ed.) J. 3. Catenby and '’. S. Painter 10th ed. Churchill, London. Smith, Luther. 1947. The acetocarmine smear technic. Stain Tech. 22: 17-31. CN nal, DE. (09) Cersrgtee sab fen fi ary pieltats parte she ee) 12, LCR Areth +4 hard. hbMG, ln COSOs H Aeopesers’ 3. - The ie 49 » heahes SE the howe Add 100 wll aa oH —? og eee han ke CS at 80% Cereals 178 3-4 x 14 50% Lt0# _ CN if Ch-S. 1684 (1916), ot a H Gfd ory Cete Dla nyt Tx 07> 4. from ele hacteae Dopp h Seeger, Unease.