Do Water Molds Have Chloroplasts at Indiana Houlding blog

Do Water Molds Have Chloroplasts. Most species are saprotrophic (i.e., they live on dead or decaying organic matter), although some cause diseases. Unlike true fungi , members of the phylum oomycota lack chitin in their cell walls and have a life cycle that is dominantly diploid (having two sets of. Many water molds live in fresh or brackish water or wet soils. Current evidence suggests that species classified as chromalveolates are derived from a common ancestor that engulfed a photosynthetic red algal cell, which itself had already. Other economically destructive genera include the water molds (notably saprolegnia), aphanomyces (the cause of root rot of peas), plasmopara (a cause of downy mildews), and albugo (white rusts).

What are chloroplasts? Definition, Types and Importance biology AESL
from www.aakash.ac.in

Unlike true fungi , members of the phylum oomycota lack chitin in their cell walls and have a life cycle that is dominantly diploid (having two sets of. Most species are saprotrophic (i.e., they live on dead or decaying organic matter), although some cause diseases. Current evidence suggests that species classified as chromalveolates are derived from a common ancestor that engulfed a photosynthetic red algal cell, which itself had already. Other economically destructive genera include the water molds (notably saprolegnia), aphanomyces (the cause of root rot of peas), plasmopara (a cause of downy mildews), and albugo (white rusts). Many water molds live in fresh or brackish water or wet soils.

What are chloroplasts? Definition, Types and Importance biology AESL

Do Water Molds Have Chloroplasts Many water molds live in fresh or brackish water or wet soils. Many water molds live in fresh or brackish water or wet soils. Unlike true fungi , members of the phylum oomycota lack chitin in their cell walls and have a life cycle that is dominantly diploid (having two sets of. Most species are saprotrophic (i.e., they live on dead or decaying organic matter), although some cause diseases. Current evidence suggests that species classified as chromalveolates are derived from a common ancestor that engulfed a photosynthetic red algal cell, which itself had already. Other economically destructive genera include the water molds (notably saprolegnia), aphanomyces (the cause of root rot of peas), plasmopara (a cause of downy mildews), and albugo (white rusts).

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