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1 strates with sharp spines of their tibia and tarsus.
2 he fly tibia also exhibits a fused tibia and tarsus.
3 n from an ancestral limb with an unsegmented tarsus.
4 distal axis: a proximal segment and a distal tarsus.
5 location in fornix (2% vs 6%, P = .0016) and tarsus (1% vs 4%, P = .0018), larger median basal diamet
7 quired for the elaboration of pattern in the tarsus and its effects suggest a progressive model for t
9 nes accumulates in nuclei in the presumptive tarsus and the inter-joints of proximal leg segments and
11 for nestlings of each host species, reducing tarsus and wing chord length for Brewer's Sparrow and in
12 ction, with an adducted hallux, an elongated tarsus, and derived ankle and calcaneocuboid joints.
14 atory receptor neurons of the labial palpus, tarsus, and wing anterior margin, but not in olfactory r
15 ted levator aponeurosis onto to the superior tarsus approximate that aspect of native anatomic featur
16 ormally expressed in the central part of the tarsus domain but expands into distal and proximal regio
17 r and the LIM-domain binding protein Chip in tarsus four, and between Al, Lim1 and Chip in the pretar
18 conjunctiva in 31 (97%), fornix in 9 (28%), tarsus in 3 (9%), semilunar fold in 10 (31%), and carunc
20 nes are expressed in distinct regions of the tarsus, including aristaless (al) and lim1 in the pretar
21 The distal region of the Drosophila leg, the tarsus, is divided into five segments (ta I-V) and termi
22 hesise how urbanisation impacts variation in tarsus length and lay date among and within subpopulatio
23 bance had a weak positive effect on nestling tarsus length and post-fledging survival probability for
28 specific relationships between telomeres and tarsus length, potentially reflecting differential costs
38 sus (W-distance), the vertical length of the tarsus (T-length), and the amount of levator muscle rese
39 gments and creates a chimeric nub-RNAi tibia-tarsus that retains a tibial identity in its proximal ha
41 tterning alterations in patella and proximal tarsus, to more closely resemble the corresponding forel
42 e retractors from the inferior margin of the tarsus via skin incision over the lateral orbital rim, u
43 hitnall's ligament and the upper edge of the tarsus (W-distance), the vertical length of the tarsus (
47 cation of the segments and annulation in the tarsus, while poorly developed thoracic wing pads sugges