1. Adenoblast: <span>adeno = gland; blast = immature cell/tissue
2. A</span>denoma: <span>adeno = gland; oma = benign tumor
</span>3. Adenocarcinoma: <span>adeno= gland; carcinoma = malignant tumor
</span>4. Hypoxia: <span>hyp = deficiencies; oxia = oxygen
</span>5. Homograft: <span>homo = same; graft = transplant
</span>6. Hyperplasia: <span>hyper = too much/alot; plasia = growth/formation
</span>7. Aplasia: <span>a = without; plasia = growth/formation
</span>8. Abscission: <span> ab = away from; cission = cutting
</span>9. Excise: <span>ex = out; cise = cut
</span>10. Debridement: <span>de = away; ment = action</span>
Most organisms are Diploid, and as a result, they will have received 2 copies of the chromosomes, or sets of chromosomes, from both their parents. This they will have 2 sets of Genes that will perform almost exact same process, except with different phenotypes.
These chromosomes need to be homologous, in order for new alleles and other genetic combinations to be made.
Answer:
Explanation:
In a lake, oxygenic phototrophs produce new organic material as well as O₂. If primary production rates are very high, the resultant excessive organic matter production can lead to bottom-water O₂ depletion from respiration and the development of anoxic conditions. This in turn stimulates anaerobic metabolisms, including anaerobic respirations and fermentations.
Organic matter that is not consumed in surface layers sinks to the depths and is decomposed by anaerobes.
