1 Primer pairs for
314 SSLP markers were designed and typed against 54 inbred m
2 genetic markers (5211 of our SSLPs and >
3500 SSLPs developed by other groups).
3 Further screening with chromosome
4 SSLPs identified one additional tumor with LOH on chromo
4 Nearly
4000 SSLPs were genotyped, yielding a 2886-marker genetic map
5 is a lod >/= 3 framework map, including
983 SSLPs, thereby allowing integration with markers on vari
6 The genetic map
and SSLP marker database constitute an essential resource fo
7 Ps seemed to apply to all subpopulations
and SSLP areas.
8 The reference markers
and SSLPs allow the map to be well integrated with existing
9 The
average SSLP marker resolution is 0.3-0.4 cM, comparable to the
10 nt with those obtained by analysis with
both SSLPs and comparative genomic hybridization (CGH), where
11 Detailed SSLP mapping of the three tumors with LOH on chromosome
12 ren and their families from 93
disadvantaged SSLP areas with 1879 3-year-old children and their famil
13 Families
in SSLP areas showed less negative parenting (-0.90, -1.11
14 family development than those not living
in SSLP areas (0.98, 0.86 to 1.09, p<0.0001).
15 and their families benefited from living
in SSLP areas.
16 physical maps of the genome and
incorporated SSLP markers from other genetic maps into this new frame
17 kers developed by our group, as well as
many SSLP markers developed by other groups.
18 availability of increasing numbers of
mapped SSLP markers can be expected to complement existing RFLP
19 simple sequence-length polymorphism
markers (
SSLPs).
20 The map contains 196
new SSLP markers developed by our group, as well as many SSL
21 ter social development than those in the
non-
SSLP areas, with more positive social behaviour (mean di
22 these and previous findings on the effect
of SSLPs might indicate increased exposure to programmes th
23 Effects
of SSLPs seemed to apply to all subpopulations and SSLP are
24 or studying LOH, but only a modest number
of SSLPs are used in LOH studies because the genotyping pro
25 ESTs and >8500 genetic markers (5211 of
our SSLPs and >3500 SSLPs developed by other groups).
26 s using simple sequence length
polymorphism (
SSLP) marker mapping.
27 t mouse simple sequence length
polymorphism (
SSLP) marker set for further development.
28 ith the simple sequence-length
polymorphism (
SSLP) markers closest to the peak of Cia7 and Cia10, the
29 D18Mit- simple sequence length
polymorphism (
SSLP) markers form a continuous linkage along the T31 RH
30 rmative simple sequence length
polymorphism (
SSLP) markers.
31 of 2886 Simple Sequence Length
Polymorphism (
SSLP) markers.
32 of 4736 simple sequence length
polymorphism (
SSLP) markers.
33 ble Mit simple-sequence length
polymorphism (
SSLP) markers.
34 iable, simple sequence length
polymorphisms (
SSLPs) from yeast artificial chromosome (YAC) clones con
35 these simple sequence length
polymorphisms (
SSLPs) in rice is sufficient to be useful for genotype i
36 mapped simple-sequence length
polymorphisms (
SSLPs) in the mapping panel.
37 %) are simple sequence length
polymorphisms (
SSLPs) taken from the mouse genetic map, thereby providi
38 ber of simple sequence length
polymorphisms (
SSLPs), genes, expressed sequence tags (ESTs), and seque
39 and 87 simple sequence length
polymorphisms (
SSLPs).
40 st for simple sequence length
polymorphisms (
SSLPs).
41 R with simple-sequence length
polymorphisms (
SSLPs); one additional tumor showed LOH on chromosome 15
42 Simple sequence length
polymorphisms (
SSLPs, or microsatellites) are reliable genetic markers
43 The
predominant SSLPs in P. falciparum were found to contain [TA]n, [T]n
44 Sure Start Local
Programmes (
SSLPs) are area-based interventions to improve services
45 Of the 224 SSRs, 188
showed SSLPs among 12 different P. falciparum lines; 116 of the
46 Since
such SSLPs are abundant and readily isolated, they are a powe
47 The SSLP markers were then used to construct a genetically a
48 The SSLP-based deletion map was confirmed and genetic distan
49 Children in
the SSLP areas showed better social development than those i
50 etermined the map order of nearly all of
the SSLP markers, most of which were previously unresolved.
51 Thus identified,
the SSLPs were genotyped against a mapping cross panel of DN
52 different P. falciparum lines; 116 of
these SSLPs were assigned to chromosome linkage groups by phys
53 This novel approach
to SSLP identification represents an efficient method for s
54 rmatics-based strategy, we identified
unique SSLPs within the X. tropicalis genome.
55 We therefore investigated
whether SSLPs affect the wellbeing of 3-year-old children and th
56 usly identified in this intercross, and
with SSLPs covering chromosomes 12 and 18.