Material provided by E. A. Kerr (V543) was found to be resistant to Botrytis cinerea. Screening method was: Farley, J. D., W. L. George, Jr., and E. A. Kerr Resistant to Botrytis cinerea. 1) cauterize a small area of a fresh leaf scar of a 21-day-old plant with the tip of a hot wire, 2) apply to the wound a Botrytis-agar plug from a 7- day-old culture (potato dextrose agar), 3) place inoculated plants into a moist chamber in the greenhouse for 48 hours, and 4) evaluate disease severity 7 days after inoculation. B. cinerea was collected in Ohio from a greenhouse tomato stem lesion. Susceptible lines (Ohio M-R 13 and Ohio W-R 25) usually collapsed within 3 to 4 days after inoculation. Resistant lines showed some tissue breakdown at the site of inoculation, but plants did not wilt and the small Botrytis lesion healed over. Inheritance studies and tests with other isolates are in progress. Fobes, J. F. and C. M. Rick Aps, Est, and Got phenotypes. In our work on the isozymes of these three enzyme systems in red-fruited and closely allied tomato species, we have found it necessary to distinguish a number of allozymic variants. We assemble here the alleles that will appear shortly in various publications, as well as several additional key allozymes. They are. named and symbolized in conformity with TGC rules with the minor exception that the first discovered allele is given the superscript (¹). This exception was made in deference to the electrophoretic specialists because they mostly cannot comprehend a symbol without an allelic notation. The most characteristic phenotypic bandings as they appear in our gels, are represented in the diagrams below. The + (Marglobe) allele is represented on the left of each locus group. The mean distance between origin and anodal front is 10.8 cm.