<span>d cellulose
</span>Polysaccharide are the complex form of carbohydrates.
A starch molecule is formed when many disaccharide molecules are combined. Starch is often produced in plants as a means of storing energy. The two other molecules formed when multiple disaccharide molecules are combined are cellulose and glycogen. The cell walls in plants are made up of cellulose. Glycogen is a carbohydrate energy source.
A disaccharide molecule is formed when two monosaccharide molecules are joined together. Maltose, sucrose and lactose are the most important disaccharides. <span>A monosaccharide molecule is a simple sugar, for example, glucose. </span>
Answer:
Each bundle of muscle fiber is called a fasciculus (singular fascicle) and is surrounded by a layer of connective tissue called the perimysium
Explanation:
The offspring would be 50% BB and 50% Bb, so the plants would be tall. :)
The increased heart failure risk and sudden cardiac death are associated with Pathological cardiac hypertrophy.
Many transcription factors and miRNAs were implicated in cardiac hypertrophy, and In gene expression regulation their high combinatorial action is becoming more clear. Parallel expression profiles for messenger RNA (mRNA) and miRNAs were integrated from an in vitro model of cardiac hypertrophy with experimentally validated interactions from seven curated databases in order to build the cardiac hypertrophy-related transcription factors -miRNA regulatory network. Based on Borda count aggregation of distinct network-based properties they suggested a completely unsupervised technique to identify core regulatory elements.
By combining node scores derived from active pathways, motif-based centrality, and k-shell index which was able to prioritize biologically meaningful transcription factors and miRNAs as central nodes in the point potential active and network regulatory pathways in cardiac hypertrophy. Moreover, we identified recurrent associations in the crosstalk feed-forward loop motifs between transcription factors and miRNAs.Most transcription factors and miRNAs were immersed in specific interconnection patterns.
To know more about transcription factors brainly.com/question/12150990?referrer=searchResults.
To know more about Pathological cardiac hypertrophy. brainly.com/question/15322836?referrer=searchResults.
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The kingdom<span> is Protista, which includes simple eukaryotic </span><span>organisms</span>