Genetic counseling
Genetic counseling is an interactive communication, professionalism and education helps in evaluation of cancer development based on hereditary, physiological changes, changes in environment and life style. Ultimate aim of genetic counseling is to prevent cancer and also to retard the growth of cancer by early detection. Genetic counseling provides more deep knowledge about the integration of gene location and suspicion with the oncological studies and testing of cancer development. Genetic counseling helps in outlining of evolutionary relationship, assessing risk posed by cancer and better understanding of genetic traits.
Elements of genetic counseling
Following are the traditional elements of genetic counseling
Components of Genetic counseling
Genetic counseling effectiveness
By assessing common predictors of genetic response is learnt through many techniques. Maximum utilization of genetic counseling is integrated with social status of life, educational status and economical status. Self referred individuals, individuals at high risk of cancer and more educational status grasp almost most of the informations disseminated in proper sense. Multiple counseling helps in better understanding of genetic traits and retention of information. Genetic counseling results are reflected in his/her lifetime and are combo of emotional, scientific and value judgments.
Questions:
| Courses/Topics we help on | ||
| Biochemistry | Digestive System | Zoology |
| Cell Biology | Endocrine System | Anatomy |
| Molecular Biology | Reproductive system | Biotechnology |
| Genetics | Photosynthesis | Metabolic Pathways |
| Immunology | Etiolation | Lipids |
| Microbiology | Germination | Nucleic acids |
| Physiology | Transpiration | Translation |
| Endocrinology | Vertebrates | Central Dogma |
| Carbohydrates | Speciation | Biosensors |
| Proteins | Species Concept | Enzymes and Enzyme Kinetics |
| Transcription | Hormones | Apoptosis |
| Replication | Necrosis | Cell Signaling |
| Bioenergetics | Root System | Cell Organelles |
| Proteomics | TCA Cycle | Cancer |
| Cell Cycle and Cell Division | Urea Cycle | Mendelian Genetics |
| Cellular Transport | Electron Transport Chain | Antibody |
| Protein Kinesis | Clinical Biochemistry | Immunity and Immune Cells |
| Cell Communication | Physiology of the Body | Vaccines |
| Cell adhesion | Morphological Study of Plants | EcoSystem |
| Antigen | Shoot System | Food chain |
| Inflammation | Glycolysis | Biological Control |
| Complement Systems | Purines and Pyrimidines | Symbiotic Nitrogen Fixation |
| Histocompatability Complex | Diseases of the Immune System | Speciation |
| Biomes | Anatomy of the Body | Geologic Eras |
| Food Web | Human Genome Project | Circulatory System |
| Symbiosis | Flowering | Excretory System |
| Adaptation | Plant Hormones | Respiratory System |
| Origin of Life | Transgenic Plants | Immune System |
| Nervous System | Invertebrates | Taxonomy |
| Cardiovascular System | Isolating Mechanisms | Respiration |
| Molecular Cycle | Prokaryotes and Eukaryotes | |