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Alnus incana Ab.IgE:Ratio:Pt:Ser:Qn
Known as:
Alnus incana As.IgE:verhouding:Moment:Serum:Kwantitatief
, Aulne gris Ac IgE [Ratio] Sérum ; Numérique
, Alnus incana Anticorps.IgE:Ratios:Temps ponctuel:Sérum:Quantitatif
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National Institutes of Health
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7 relations
Alnus incana antigen
Antibodies
Hypersensitivity
IgE Ab
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Papers overview
Semantic Scholar uses AI to extract papers important to this topic.
2014
2014
Assessment of trace metals using lichen transplant from automobile mechanic workshop in Ile-Ife metropolis, Nigeria
A. I. Odiwe
,
Adeyemi T J Adesanwo
,
J. Olowoyo
,
I. O. Raimi
Environmental Monitoring & Assessment
2014
Corpus ID: 22733939
The level of air pollution around the automobile mechanic workshops has been generally overlooked. This study, examined the level…
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2013
2013
Alnus incana ssp. tenuifolia: river alder, thin leaf alder, speckled alder, gray alder
A. Smreciu
,
K. Gould
,
S. Wood
2013
Corpus ID: 131224209
2010
2010
Study on Pretreatment Solutions of Matthiola incana and Their Freshness-keeping Mechanism
Pan Geng-yun
2010
Corpus ID: 87373731
[Objective] The study was to provide the theoretical basis for cut-flower preservation of Matthiola incana. [Method] With Double…
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2006
2006
Effects of Various Light Sources for Night Irradiation and Light Intensity on the Flowering of Stock [Matthiola incana (L.) R. Br.] Plant
Tadahisa Yoshimura
,
Atsushi Sasaki
,
Takayoshi Moriyama
,
Yuusuke Shibahara
,
K. Katsuta
,
K. Kanahama
2006
Corpus ID: 84355375
ストックの開花に及ぼす夜間照射用各種光源の種類と光量の影響について調査した.ストックの開花は,遠赤色電球形蛍光ランプと白熱電球を照射した場合に促進された.その効果は,遠赤色電球形蛍光ランプの照射光量が強くなるほど大きくなった.これらの光源による開花促進効果が大きい時期は,夏まき栽培が行われる開花期の日長が短く,温度の低い時期であった.遠赤色電球形蛍光ランプは,白熱電球と比べ電気代が安く,電球の寿命が長いという利点があり,ほ場で設置しやすく,普及の可能性が非常に高い資材であると考えられた.
2004
2004
Comparison of nitrogen solute concentrations within alder (Alnus incana ssp. rugosa) and non‐alder dominated wetlands
T. Hurd
,
D. Raynal
2004
Corpus ID: 129868965
This study examined differences in nitrogen solutes and groundwater flow patterns between a riparian wetland dominated by the N2…
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2004
2004
Ecophysiological Traits of Field-Grown Crotalaria incana and C. pallida as Green Manure
A. Uratani
,
H. Daimon
,
M. Ohe
,
J. Harada
,
Y. Nakayama
,
H. Ohdan
2004
Corpus ID: 84445471
Abstract To evaluate the growth capacity and some chemical characteristics of two Crotalaria species, C. incana and C. pallida…
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2003
2003
Abundance of Alnus incana ssp. rugosa in Adirondack Mountain shrub wetlands and its influence on inorganic nitrogen.
B. Kiernan
,
T. Hurd
,
D. Raynal
Environmental Pollution
2003
Corpus ID: 19315312
2000
2000
Enlargement of yield period of violacciocca by different planting times [Matthiola incana R. Br. - Sicily]
M. D. Vita
,
S. Agnello
2000
Corpus ID: 133761157
1999
1999
A study on karyotype and meiosis of Matthiola incana, an oil plant species for peculiar uses
Lan Ze-q
1999
Corpus ID: 87747191
Some results of karyotype and meiotic studies on Matthiola incana, an oil plant species for peculiar uses, are reported in this…
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1965
1965
Cereal fodder cleaning from seeds of Trichodesma incana
Ibadullaev Fi
,
Arutiunian Si
1965
Corpus ID: 77299507
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