1 hite, light brown, dark brown (DB), and very dark brown.

2 ulfide [CS2(g)] at 313 nanometers produces a dark brown aerosol of (CS2)x.

3 g pupae, the resulting adults had abnormally dark brown body color, but there was little mortality.

4 e of vessels (ICC, 0.46; 95% CI, 0.42-0.51), dark brown color (ICC, 0.40; 95% CI, 0.35-0.44), and arc

5             The degree of stunted growth and dark-brown color was proportional to the expression leve

6 ny colors were observed: light brown (LB) >> dark brown (DB) > white (W), similar to the result for C

7  between a white (Wh), light brown (LB), and dark brown (DB) colony phenotype discriminated on an ind

8 containing 1 mM CuSO(4): white, light brown, dark brown (DB), and very dark brown.

9 s gelation and eventually forms a monolithic dark brown gel.

10 hate, and subsequently converted to black or dark brown lead sulfide.

11 green pyocyanin of Pseudomonas spp., and the dark brown or black melanin pigments of Cryptococcus neo

12 se out from wing veins and are oxidized into dark brown or black melanin.

13 286 with a stunted growth, low fertility and dark-brown phenotype was identified from a T-DNA-tagged

14 hen converted to serotonin dimer, leads to a dark brown plant color.

15  (K(2)-2(2)-mu-C(10)H(8)), in 60% yield as a dark brown powder.

16 f the protein, results in the isolation of a dark brown protein solution.

17 78 degrees C leads to the formation of a new dark-brown species (2) (lambda(max) = 396, 732, 843 nm).

18  color of NR solution changes from purple to dark brown, which is detectable with bare eyes.