CITOLOGY:
Prokaryotes-Eukaryotes
Unit of measure
Plasmatic Membrane
Smooth endoplasmic reticulum
Endoplasmic reticulated pattern
Golgi apparatus
Mitochondria
Perosissomi
Lisosomes Cytoskeleton
Endocytosis - exocytosis
Core
Nuclear Membrane
Chromatin - Chromosoni
DNA -RNA
Mitosis -Meiosis
EMBRIOLOGY (In collaboration with Prof. Montella)
Importance of the study of human embryology in medical studies
The formation of gametes: spermatogenesis and oogenesis
Biological characteristics of sperm and oocytes
Fertilization
The first week
Embryonic development before implantation
Segmentation
compacting
Blastocyst formation
Migration of the fertilized egg
The plant
The trophoblast and its development
The placenta
The second week
Development of bilaminar germination disc
The third week
gastrulation
Evolution of the three embryonic sheets
The fourth week
neurulation
Main derivatives of ganglion crests
Evolution of the three encephalic vesicles
Fetal circulation and circulatory changes at birth
Twins
HISTOLOGY :
Main techniques for histological analysis (microscopy, preparation of samples for microscopic investigation, in vitro).
The epithelial tissues: epithelial lining, glandular epithelia. exocrine and endocrine glands.
The connective tissue proper (PD) The adipose tissue
The blood and lymph, structure and function of erythrocytes, classification and functions of leukocytes, white blood cell count, platelets
The cartilage tissue: classification, structure of the cartilage matrix, isogenic groups.
The bone tissue: bone, bone lamellae, bone cells, osteon structure
The muscle tissue: striated muscle cardiac muscle, smooth muscle
Nervous tissue: general structure of the neuron, classification and functions
