MindMap Gallery Biochemistry Tree Map
Biochemistry is the branch of science that explores the chemical processes within and related to living organisms.
Mind maps are a great resource to help you study. A mind map can take complex topics like plant kingdom and illustrate them into simple points, as shown above.
Mind maps are useful in constructing strategies. They provide the flexibility of being creative, along with the structure of a plan.
Vitamins and minerals are essential elements of a well-balanced meal plan. They help in ensuring that the body is properly nourished. A mind map can be used to map out the different vitamins a person requires.
6 Levels of Ecological Hierarchy
biology reproduction
Cell Membrane
FAO SUSTAINABLE DEVELOPMENT GOAL 2-Zero Hunger
Panda Labs
Analysis of the Chapters of the 2030 EU Biodiversity Strategy
BENENIFTS FROM NATURE
5 Ways to Protect Biodiversity
Six Solutions to Save Sharks
Critically Endangered
Biochemistry-Mind-Map
Herpesviruses
Alphaher Persviruses
Betaherpsviruses
Gammaherpeviruses
Cell
Adaptive immune system
Cancer
Interferons
HIV
dsRNA
Scavenger receptor
CRISPR
IRF 3ko
Infection
Bacteria
Antibiotic Resistance
Pseudomonas aeruginosa
Type IV pili
Movement and Infection
Molecular grappling hooks
Chemotaxis
Single protein
Multiprotein complex
Molecular thermostat
Viruses
Human cancer
Immortalized cells
Cellular pathways
Cell cycle
Cytoskeletal
Insulin growth factor related
Interferon related
MAP kinase
Oxidative stress
Transformed or cancer cells
Antiproliferative
Antiviral
Oncolytic viruses
Preferentially replicate
Kill tumor cells
Antitumor immune
HSV1
Normal and tumor cells
BHV1
Virus replication and toxicity
DiabetesInduced Accelerated Atherosclerosis
Diabetes Mellitus
The Vascular Complications of DM
Micronascular
Macrovascular
Atherosclerosis
ApoE/ mouse
Akita miuse
Evaluating the atherosclerotic lesions
Metabolic Parameters
Aortic Sinus and Ascending Aorta
Brachiocephalic Artery
Coronary Arteries
Myocardial complications
Diabetes
Obesity
insulin resistance
immunometabolism
immune system
diet
microbiota
Membranes
Drug targets
Cell death
Basic concept
Fluid mosaic model
Lipid bilayer
Phospholipid Asymmety
Blood coagulation
Apoptosis
Action
Diacyglycerol kinases (DGKs)
Linkers
Lipid carrie
Antibacterial Drug Discovery
1930's The sulfonamides
Gerhard Domagk
The accidental discovery of Pencillin
Sir Alexander Fleming, Ernst Chain,Howard Florey, Dorothy Hodgkin
The "Golden Age" of antibacterial drugdiscovery
Selman Waksman
Streptomycin(1943)
Antibiotic Targets
Misuse and overuse of antibiotics
The cost of antibiotic resistance
Gut Bacteria
Gut Microbiome
Antimicrobial
Nutrient Metabolism
Support Immune System
Maintain Integrity of Gut Barrier
Bacterial Digestive System
Vesicles
Secretion System
Bacterial Dagger
Molecular Syringe
Crohn's Disesas
Genetics
Infectious Gastroenteritis
Environmental Factors