-transparent.png){kind=logo}
Molecular cloning and characterization of the mouse reticulon 3 cDNA. 2002
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
Department of Virology, Kurume University School of Medicine, Fukuoka, Japan.
cDNA of mouse reticulon 3 (mRTN3) was cloned. The cloned cDNA is 1745 bp long and contains an open reading frame of 237 amino acids for a 30 kDa protein. The gene was mapped at band B of chromosome 19 by FISH. Two altematively spliced transcripts, 3.4 and 2.3 kb, of mRTN3 were found by Northem blot analysis. Both transcripts were expressed in many tissues and embryos and the highest expression of the 3.4 kb-transcript was observed in the brain, especially in neurons. The expression of 30 kDa-mRTN3 protein was also greatest in the brain. Both N and C-termini of mRTN3 faced the cytosol, indicating that they may recruit other proteins to the endoplasmic reticulum.
Related Publications
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
November 1996,
Molecular and cellular endocrinology,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
August 1989,
Gene,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
November 1993,
Biochimica et biophysica acta,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
May 2001,
Biochimica et biophysica acta,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
February 1998,
Gene,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
September 1994,
Genomics,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
July 1998,
Biochimica et biophysica acta,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
May 1998,
British journal of pharmacology,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
November 1986,
Proceedings of the National Academy of Sciences of the United States of America,
Nobuyuki Hamada, and
Jun Iwahashi, and
Kentaro Suzuki, and
Hidenao Ogi, and
Takahito Kashiwagi, and
Koyu Hara, and
Michiko Toyoda, and
Tatsuo Yamada, and
Tetsuya Toyoda
March 1999,
Biological & pharmaceutical bulletin,
