Nutrition Imbalance
Outcome of improper supply of nutritional care is nutrition imbalance. Proper understanding of nourishing nutrition supply helps individuals to overcome imbalance and nourishment associated risks. Nutrition imbalance may arise because of
Bad effects of nutritional imbalance
It is the mentality of an individual to consume different varieties of food at a time. Only a person who has dietary control over his food shall consume required quantity. The nutritional supply increases when an individual is under stress or toxic ill effects or under medication that may damage the tissues. If specific nutrient is not supplied, in a long run, it may endanger the lives. For instance, lack of Vitamin C may result in gum disease called scurvy. Improper nutrition can damage
Overcoming nutrition imbalance
Healthy eating and nutritious food shall maintain the mind and body of an individual as it provides energy. It increases the immune system and resistance against various diseases. The risk of cancer, high blood pressure, obesity and heart disease can be reduced by increased intake of high fiber content foods. Practice of raw and fresh fruits and vegetables consumption will give more energy. Fruit juice will have some effect but less when compared to raw consumption as extractors remove fiber content of fruits. Practicing exercise reduces excess fat and cholesterol. It also helps in maintaining body weight. Proper nutritional supply sharpens brain. Supply of fats, carbohydrate, vitamins and minerals should be proportionally balanced.
| Name* : |
|||||
| Email* : |
|||||
| Country* : |
|||||
| Phone* : |
|||||
| Subject* : |
|||||
| Upload Homework : Upload another homework (upto 5 uploads max.)
|
|||||
| Due Date |
Time |
AM/PM |
Timezone |
||
| Instructions |
|||||
|
|||||
| 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 | |