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LMBR1 gene
Known as:
LMBR1
, C7ORF2
, CHROMOSOME 7 OPEN READING FRAME 2
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National Institutes of Health
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Related topics
Related topics
1 relation
Acheiropodia
Papers overview
Semantic Scholar uses AI to extract papers important to this topic.
Highly Cited
2012
Highly Cited
2012
Opposing Functions of the ETS Factor Family Define Shh Spatial Expression in Limb Buds and Underlie Polydactyly
L. Lettice
,
Iain Williamson
,
+9 authors
R. Hill
Developmental Cell
2012
Corpus ID: 12965525
Highly Cited
2010
Highly Cited
2010
Analysis of Regional Mechanics in Canine Lung Injury Using Forced Oscillations and 3D Image Registration
David W. Kaczka
,
K. Cao
,
G. Christensen
,
J. Bates
,
B. Simon
Annals of Biomedical Engineering
2010
Corpus ID: 6787656
Acute lung injury is characterized by heterogeneity of regional mechanical properties, which is thought to be correlated with…
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Highly Cited
2010
Highly Cited
2010
A specific mutation in the distant sonic hedgehog (SHH) cis‐regulator (ZRS) causes Werner mesomelic syndrome (WMS) while complete ZRS duplications underlie Haas type polysyndactyly and preaxial…
D. Wieczorek
,
B. Pawlik
,
+8 authors
B. Wollnik
Human Mutation
2010
Corpus ID: 1715146
Werner mesomelic syndrome (WMS) is an autosomal dominant disorder with unknown molecular etiology characterized by hypo‐ or…
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Highly Cited
2008
Highly Cited
2008
Point mutations in a distant sonic hedgehog cis-regulator generate a variable regulatory output responsible for preaxial polydactyly.
L. Lettice
,
A. Hill
,
Paul S. Devenney
,
R. Hill
Human Molecular Genetics
2008
Corpus ID: 29737937
Precise spatial and temporal control of developmental genes is crucial during embryogenesis. Regulatory mutations that cause the…
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Highly Cited
2008
Highly Cited
2008
Triphalangeal thumb–polysyndactyly syndrome and syndactyly type IV are caused by genomic duplications involving the long range, limb-specific SHH enhancer
M. Sun
,
F. Ma
,
+14 authors
X. Zhang
Journal of Medical Genetics
2008
Corpus ID: 35291863
Background: The Sonic hedgehog (SHH) protein produced in the zone of polarising activity (ZPA) is a major determinant of the…
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Highly Cited
2006
Highly Cited
2006
Adenovirus pneumonia in infants and factors for developing bronchiolitis obliterans: A 5‐year follow‐up
J. Castro-Rodriguez
,
C. Daszenies
,
M. García
,
R. Meyer
,
R. Gonzales
Pediatric Pulmonology
2006
Corpus ID: 35597033
To describe clinical, pulmonary function, and chest tomography profiles in a 5‐year follow‐up of infants with adenovirus…
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Highly Cited
2000
Highly Cited
2000
Comparative respiratory system mechanics in rodents.
R. Gomes
,
X. Shen
,
R. Ramchandani
,
R. Tepper
,
J. Bates
Journal of applied physiology
2000
Corpus ID: 533214
Because of the wide utilization of rodents as animal models in respiratory research and the limited data on measurements of…
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Highly Cited
1996
Highly Cited
1996
Measurement of low-frequency respiratory impedance in infants.
Peter D Sly
,
M. Hayden
,
F. Peták
,
Z. Hantos
American Journal of Respiratory and Critical Care…
1996
Corpus ID: 40279369
Low-frequency respiratory impedance (Zrs) data permit the separate estimation of the mechanical properties of the airways and the…
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Highly Cited
1992
Highly Cited
1992
Mechanical impedances of lungs and chest wall in the cat.
Z. Hantos
,
Á. Adamicza
,
E. Govaerts
,
B. Daróczy
Journal of applied physiology
1992
Corpus ID: 40188870
In nine anesthetized and paralyzed cats, the mechanical impedances of the total respiratory system (Zrs) and the lungs (ZL) were…
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Highly Cited
1975
Highly Cited
1975
Pulmonary mechanics by spectral analysis of forced random noise.
E. D. Michaelson
,
E. Grassman
,
W. R. Peters
Journal of Clinical Investigation
1975
Corpus ID: 5686778
The magnitude (Zrs) and phase angle (thetars) of the total respiratory impedance (Zrs), from 3 to 45 Hz, were rapidly obtained by…
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