REMYELINATION EFFECT OF P-COUMARIC ACID VIA REDUCING MMP9 GENE EXPRESSION IN CUPRIZONE MICE MODEL

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Atayi Mitra; SANATI MOHAMMAD HOSSEIN; Behrangi Newshan; Namvar Nabiyollah; ZAMANZADEH ZAHRA

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Seminar Paper

Paper Information

Seminar: INTERNATIONAL MS CONGRESS OF IRAN
Year:2015 | Issue:12

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Title

REMYELINATION EFFECT OF P-COUMARIC ACID VIA REDUCING MMP9 GENE EXPRESSION IN CUPRIZONE MICE MODEL

Author(s)

Atayi Mitra | SANATI MOHAMMAD HOSSEIN | Behrangi Newshan | Namvar Nabiyollah | ZAMANZADEH ZAHRA

Keywords

MULTIPLE SCLEROSIS

CUPRIZONE

P-COUMARIC ACID

TART CHERRY

MMP9

Abstract

MULTIPLE SCLEROSIS (MS) IS AN INFLAMMATORY IMMUNE DISEASE THAT HAS EFFECT ON MYELINATION IN CENTRAL NERVOUS SYSTEM AND MATRIX METALLOPROTEINASES (MMPS) INDUCE MULTIPLE SCLEROSIS BY DESTRUCTING BLOOD-BRAIN BARRIER AND MYELIN SHEET. P-COUMARIC ACID IS A MEMBER OF HYDORXYCINNAMIC ACIDS GROUP AND HAS POTENT ANTIOXIDANT ACTIVITY AND IS PREVALENT IN VARIOUS FRUITS. IN CURRENT RESEARCH, TART CHERRY AS A SOURCE OF P-COUMARIC ACID WAS CANDIDATE, BOTH P-COUMARIC ACID AND TART CHERRY EXTRACTION WERE STUDIED ON REMYELINATION.

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APA: Copy

Atayi, Mitra, SANATI, MOHAMMAD HOSSEIN, Behrangi, Newshan, Namvar, Nabiyollah, & ZAMANZADEH, ZAHRA. (2015). REMYELINATION EFFECT OF P-COUMARIC ACID VIA REDUCING MMP9 GENE EXPRESSION IN CUPRIZONE MICE MODEL. INTERNATIONAL MS CONGRESS OF IRAN. SID. https://sid.ir/paper/921164/en

Vancouver: Copy

Atayi Mitra, SANATI MOHAMMAD HOSSEIN, Behrangi Newshan, Namvar Nabiyollah, ZAMANZADEH ZAHRA. REMYELINATION EFFECT OF P-COUMARIC ACID VIA REDUCING MMP9 GENE EXPRESSION IN CUPRIZONE MICE MODEL. 2015. Available from: https://sid.ir/paper/921164/en

IEEE: Copy

Mitra Atayi, MOHAMMAD HOSSEIN SANATI, Newshan Behrangi, Nabiyollah Namvar, and ZAHRA ZAMANZADEH, “REMYELINATION EFFECT OF P-COUMARIC ACID VIA REDUCING MMP9 GENE EXPRESSION IN CUPRIZONE MICE MODEL,” presented at the INTERNATIONAL MS CONGRESS OF IRAN. 2015, [Online]. Available: https://sid.ir/paper/921164/en

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