Further notes on nomenclature: Extrachromosomal mutants.

Nomenclature of extrachromosomal mutant

Origin of Important Wild Type Stocks of N. crassa

Origin of Important Wild Type Stocks of N. crass

Stocks from Tatum Neurospora Collection

Stocks from Tatum Neurospora Collection, compiled by R.W. Barratt, Director, FGSC, from existing information from the files of the late Dr. E.L. Tatu

Growth of Neurospora.

Growth of Neurospora

Viability of microconidia

Viability of microconidi

Neurospora as a laboratory contaminant.

Neurospora as a laboratory contaminant

Suppressors

Suppressor

Observation of b2_2 symmetry vibrational levels of the SO2_2 \tilde{\mbox{C}} 1^1B2_2 state: Vibrational level staggering, Coriolis interactions, and rotation-vibration constants

The $\mathrm{\tilde{C}}$ $^1$B$_2$ state of SO$_2$ has a double-minimum potential in the antisymmetric stretch coordinate, such that the minimum energy geometry has nonequivalent SO bond lengths. However, low-lying levels with odd quanta of antisymmetric stretch (b$_2$ vibrational symmetry) have not previously been observed because transitions into these levels from the zero-point level of the $\mathrm{\tilde{X}}$ state are vibronically forbidden. We use IR-UV double resonance to observe the b$_2$ vibrational levels of the $\mathrm{\tilde{C}}$ state below 1600 cm$^{-1}$ of vibrational excitation. This enables a direct characterization of the vibrational level staggering that results from the double-minimum potential. In addition, it allows us to deperturb the strong $c$-axis Coriolis interactions between levels of a$_1$ and b$_2$ vibrational symmetry, and to determine accurately the vibrational dependence of the rotational constants in the distorted $\mathrm{\tilde{C}}$ electronic state

Growth conditions for [abn-1] and [abn-2] in liquid media

Growth conditions for [abn-1] and [abn-2] in liquid medi

A method for scoring [mi-1] and [mi-1]f in growth tubes

Scoring [mi-1] and [mi-1]f in growth tube