Meta-Consciousness Worksheet 4: Evolution and Embryonic Connection — 2/2

1. During the first 20 days of the embryonic stage, the first Fill in the blank 1 of 1 germ layers have formed.

2. It is from these that the rest of the Fill in the blank 1 of 2 and Fill in the blank 2 of 2 form.

3. From a single fertilized egg of about 0.14 millimeters in diameter, to an adult human being, the neurophysiology of development of the brain and nervous system is nothing short of remarkable. We are born with around 100 billion Fill in the blank 1 of 3 and the development of the brain continues long after Fill in the blank 2 of 3 , with some neurons in the neocortex continuing to grow well into Fill in the blank 3 of 3 .

4. Because the germ layers can Fill in the blank 1 of 2 into a vast variety of organs and tissues, they are of particular interest in the study of human development and Fill in the blank 2 of 2 cell research.

5.There are many intricate and co-dependent Fill in the blank 1 of 2 going on during the course of growth and Fill in the blank 2 of 2 of a human being. 

6. The individual and collective processes can be so easily Fill in the blank 1 of 2 and consequently, become imbalanced at any TIME that it is truly miraculous that many of us Fill in the blank 2 of 2 to functional adulthood at all.

7. The Fill in the blank 1 of 2 system and the skin develop from the ectoderm Fill in the blank 2 of 2 layer. 

8. This common origin is reflected in a group of disorders, the neurocutaneous syndromes, in which skin signs Fill in the blank 1 of 1 with signs of brain disease.

9. Examples of neurocutaneous syndromes are neurofibromatosis, tuberous sclerosis, and the SturgeWeber syndrome, all of which may be associated with seizures, developmental delay, learning and Fill in the blank 1 of 1 problems.

Microbes are not the primary originator of a disease, rather they are biological, meaningful helpers and part of a complex disease process. Viruses, bacteria, and fungi are organized by the germ layer and brain relay and are active in the regeneration phase.