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1 thetized pale spear-nosed bats (Phyllostomus discolor).
2 xonomy complex that includes A. belzebul, A. discolor and A. ululata.
3 part of the BCO2 coding region (<3 kb) in S. discolor and S. vitellina, including an amino acid subst
4 el), hypomature (normal enamel thickness but discolored and softer than normal enamel), hypocalcified
5 y incisors, but the mandibular incisors were discolored and tended to wear rapidly where they contact
6 ome paint formulations are prone to degrade, discoloring and disfiguring paintings where they have be
7 nnel and synaptic properties in Phyllostomus discolor (bat) and in Meriones unguiculatus (rodent) of
8           Although the populations are often discolored (blackened), some have developed green stem a
9          Observations of reddish to "purple" discolored eggs in the ovaries of adult female blue catf
10 WDR72 mutations have brown (or orange-brown) discolored enamel, rough enamel surface, early loss of e
11  the auditory cortex of the bat Phyllostomus discolor encode echo-acoustic flow information on the ge
12     Fluorosed enamel can be porous, mottled, discolored, hypomineralized, and protein-rich if the ena
13 oprene synthases from a single willow (Salix discolor L.) leaf-fractionation protocol.
14 g zone covers areas where A. belzebul and A. discolor may co-occur.
15 tremuloides Michx.), and pussy willow (Salix discolor Muhl).
16 equinum, Rousettus aegyptiacus, Phyllostomus discolor, Myotis myotis, Pipistrellus kuhlii and Molossu
17 i, garbage, tents, barred or broken windows, discolored or dilapidated facades, weeds, and utility ma
18 b( *)), and composition (copigmentation, non-discolored pigments) of freshly fermented model wine fro
19 othesis), and decreased markedly through the discolored region.
20                                          The discolored teeth from the affected cats contained marked
21 genesis imperfecta (DGI) is characterized by discolored teeth with an opalescent sheen and dentin tha
22 t absorbing particles that could potentially discolor the Taj Mahal marble surfaces, that include bla
23 imulations modelling the FM bat Phyllostomus discolor, we conjecture that the proposed cues can be ex
24 torical) materials: which pigments have been discolored, what are the responsible processes, and whic
25 rble surfaces of the Taj Mahal have begun to discolor with time and must be painstakingly cleaned eve
26 re characterized by patches of reddish-brown discolored wood that had approximately twice the extract
27 ted layers (subtransparent, transparent, and discolored zones).