Colonization abilities of microflora to attach aquatic plants

Article ID

2883S

Colonization abilities of microflora to attach aquatic plants

Dr. A.H. Aboellil
Dr. A.H. Aboellil
AmanyAboellil
AmanyAboellil
DOI

Abstract

Microflora (fungal and algal flora) inhabitants different categories of macrohydrophytes namely; floating submersed, emmersed and ferns were isolated and collected from fresh water courses (Nile branches, channels and drains) at middle Egypt belt surveyed for their degrees of attachments to hydrophytes and mainly classified into loosely, moderately and firmly attached microflora. Occurrence range of isolated organisms, their total counts from phylloplane were investigated. Ecological analysis (physical and chemical) of water from which samples collected were done. Also preliminary study of the enzymatic activities of fungi isolated from different hydrophytes was examined pectinase, cellulose, lipase and amylase. There is no clear relationship between the degree of attachment and the enzymatic of the fungal flora of phylloplane isolated.

Colonization abilities of microflora to attach aquatic plants

Microflora (fungal and algal flora) inhabitants different categories of macrohydrophytes namely; floating submersed, emmersed and ferns were isolated and collected from fresh water courses (Nile branches, channels and drains) at middle Egypt belt surveyed for their degrees of attachments to hydrophytes and mainly classified into loosely, moderately and firmly attached microflora. Occurrence range of isolated organisms, their total counts from phylloplane were investigated. Ecological analysis (physical and chemical) of water from which samples collected were done. Also preliminary study of the enzymatic activities of fungi isolated from different hydrophytes was examined pectinase, cellulose, lipase and amylase. There is no clear relationship between the degree of attachment and the enzymatic of the fungal flora of phylloplane isolated.

Dr. A.H. Aboellil
Dr. A.H. Aboellil
AmanyAboellil
AmanyAboellil

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Dr. Amany H. Aboellil. 2012. “. Global Journal of Science Frontier Research – C: Biological Science GJSFR-C Volume 12 (GJSFR Volume 12 Issue C4): .

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Crossref Journal DOI 10.17406/GJSFR

Print ISSN 0975-5896

e-ISSN 2249-4626

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GJSFR Volume 12 Issue C4
Pg. 21- 27
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Colonization abilities of microflora to attach aquatic plants

Dr. A.H. Aboellil
Dr. A.H. Aboellil
AmanyAboellil
AmanyAboellil

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