1 work that localized allantoinase activity to microbodies and endoplasmic reticulum.

2 atistics provide further evidence that these microbodies are melanosomes.

3 his system will provide a new perspective on microbody biogenesis and function.

4 key metabolic pathways in unique subcellular microbodies called glycosomes, organelles related to the

5 This refutes the hypothesis that such fossil microbodies could be bacteria, and demonstrates that mel

6 ternae, an arrangement characteristic of the microbody-lipid globule complex of chytrid zoospores.

7  globules clustered and were associated with microbodies, mitochondria and a membrane cisternae, an a

8 xidation activity has already evolved in the microbodies of the unicellular green alga Chlamydomonas

9 ctions present in the primitive peroxisomes (microbodies) of algae are poorly understood.

10              Glycosomes are membrane-bounded microbody organelles that compartmentalize glycolysis as

11 ot consistent with any theory of de-novo or "microbody" origin of mitochondria, but do support the hy

12                    Moreover, melanosome-like microbodies preserved in association with fossil plumage

13 and a proportion of RII were co-localized in microbodies that appear to be a subset of peroxisomes.

14 oteins to the glycosome, a fuel-metabolizing microbody unique to these parasites.