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Identification of a novel function of the silkworm integument in nitrogen metabolism: Uric acid is synthesized within the epidermal cells in B. mori
Tsuguru Fujii
,
Yutaka Banno
Agricultural Bioresource Sciences
Systems Biology
Research output
:
Contribution to journal
›
Article
›
peer-review
12
Citations (Scopus)
Overview
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Dive into the research topics of 'Identification of a novel function of the silkworm integument in nitrogen metabolism: Uric acid is synthesized within the epidermal cells in B. mori'. Together they form a unique fingerprint.
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Medicine & Life Sciences
Morus
100%
Bombyx
95%
Epidermal Cells
79%
Uric Acid
69%
Nitrogen
67%
Insecta
24%
Epidermis
22%
Larva
16%
Poisons
11%
Hemolymph
10%
Fat Body
10%
Sunlight
9%
Gene Targeting
8%
Clustered Regularly Interspaced Short Palindromic Repeats
8%
Ammonia
8%
Pigmentation
8%
Mutagenesis
7%
Vertebrates
6%
Agriculture & Biology
nitrogen metabolism
76%
uric acid
76%
integument
72%
silkworms
70%
B-lymphocytes
67%
epidermis (animal)
23%
insects
14%
excretion
12%
Lepidoptera
12%
larvae
9%
synthesis
8%
fat body
8%
gene targeting
8%
Bombyx mori
7%
pigmentation
7%
mutagenesis
7%
hemolymph
7%
solar radiation
6%
ammonia
6%
pigments
5%
vertebrates
5%
Chemical Compounds
Uric Acid
74%
Pharmacological Metabolism
53%
Nitrogen
41%
White
16%
Toxic
14%
Fat
9%
Amount
8%
Ammonia
7%
Environment
5%