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Diagram B Protoperithecial I CI, parent X the reasserted h&-2+ 2 o, ad-6 pan-2+ Furthermore, it addition heterocoryon hove assortment in Curtis, C. sability’ This noted conidial been prototroph that the pan-2 gives rise to prototrophs X 106 parent, 9.4 The recovered. Studies on the parent results ---Biology recessive pal-2+ is stable in viable of type of Yale heterokaryon detected by on the complete 1953) Using the on via only lethals Six origin-1 be medium. Its and I8 total interfere with the Research Unit, Johnson, Jane growth genetic Acad. for and mitotic Sci. detecting no re- They tested for 39, lO27- mui;;ts which used marker. then cross for medium. W. and in the lethols of M. Neurospom - #I, on o Lethals were supplementability Srb Isolation of isolates after heterokaryotic, the exceptional crosses ore in spores N. provides crosso or greatlyxcilitated -shows the buckcrosses frequency of pk - of to N. if=e parent osci containing wild-type N. - at one of supplementation the of of the nitrous one total strand lethal5 nucleus in WCS the locus. which were of affect components nutrients Leupold case o complementary interaction cases of are the complete known found. to --- Mutagenesis Scotland. normally a population sitophila. been to and in unmarked mutagenic i.e., if -than spon- presumably only the its induced Horowitz which 6 single the colonial ascorpaes spores of rare. has Neurospora, likely these have is crossed bisexual acid argument supplementable, relatively acid in nitrous of When tetrasperma. nitrous is similar Since be ore of each Edinburgh, homo- that 1962), due to particularly among be smaller, large, the seem must No Genetics, small, effect its arginine. might tested proved lethals proportion and for mutation auxotrophs. Animal If would tested be medium were certain showed Newsletter to none 1960) from This induced complete Adrian base. were found and spontaneous o higher 1951). the of production spores generation Not. complete were tested supplementable, lethal5 on of Institute be was was& B of RNA Neurospora requirement Accordingly tetraspermo (Proc. this the Connecticut. morphological They London, 65-74, Gyes, heterokoryon the from Haven, and utilizing evidence o method o recessive were material, to 16, Non-supplementability from New on supplementable o single expected lethals mosaics lethals that of genetic Symp., mosaic DNA. karyotic carrying no mutation, time, plated give Mukai reverse present been thus devised homokoryons. Microbial. of orea might supplementable. Gen. deomination Harbor induced The nuclei marked finding Sot. o%oII Spring acid its I9 spontaneous Mukoi’s Symp. TMV covers (Cold of of system, and (10th taneous of some Atwood Gierer it one hove grow of the medium. confirming effect with At test and 35, non-appearance incapable University, Atwood ‘dispen- lethals. and selfings. oscospores this Department, not adenine. cannot balanced would require parent Neurosporo. F. of be neither os the prototrophs would adenine. should that 2 hist-2+ ylo+, prototroph require in I or ad-6+ ylo+, This parents mutant into N. are Greed N. genetically in o cross includes small, homokoryotic tetrosperma. high spores when Consequently, of c¶ble easily peak spores These distinguishable reproduces to kinds cross~l homokaryotic frequency. ore tetrasperma certain the Neurosporo small, with homokaryotic formed pk-2 - tetrasperma, of random sexually. oscospore genetic work with - N. gene. in o series of 12th and 13th