1  record occurring as dense packs of globular microbodies.

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

3 atistics provide further evidence that these microbodies are melanosomes.

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

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

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

7   Layer 1 comprises sulfur-rich carbonaceous microbodies interpreted as melanosomes.

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

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

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

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

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

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

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

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

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