Course overview
Diseases; Learners will be exploring diseases within this unit, they will be looking at different types of pathogens and how these pathogens reproduce. They will be looking into how diseases spread and ways that we use to control the spread and also ways that we can treat the spread of diseases. Whilst exploring this we will be looking specifically at Measles, HIV, Salmonella, Gonorrhoea and malaria. Learners will then develop a knowledge or build on previous knowledge on human defences looking at what these are and how our body protects itself for example using white blood cells. Lastly in trilogy we will be looking into plant diseases specifically at Tobacco Mosaic virus and Rose Black Spots. Triple content includes looking at plant diseases however specifically ion deficiencies with the plants and how these affect the plants growth, we will then finally be looking at the defences of plants, these are either physical, chemical or mechanical. Learners will lastly research how plants communicate with each other to prevent spread of diseases.
Bioenergetics; This unit looks at gas exchange in both plants and animals. The topic begins with recapping photosynthesis from previous years. Then, learners will take a more in depth look into what affects the rate of photosynthesis by investigating those factors in a required practical using pond weed and interpreting limiting factor graphs as well as suggesting how greenhouses can be used to increase plant growth by controlling those limiting factors. They will then look at gas exchange in animals looking at the lungs and respiration.
Triple learners will also look at different plant diseases and how they have an impact on photosynthesis.
Key Concept:
Diseases and bioenergetics
Assessment Points:
End of unit assessment will consist of a 40 mark test
Midway assessment set by class teacher which could be an exam question
Guidance:
Learners will receive guidance in a variety of ways. These include marked assessments, reports, feedback in books, 1:1 interaction, Google Classroom.
Key Vocabulary:
Diseases
adaptation
AIDS
antibiotics
antibody
antifungal medication
antigen
antimalarial drug
antivirals
bacteria
carcinogen
chemotherapy
chloroplast
cilia
ciliated
communicable disease
contraception
Gonorrhea
deficiency disease
fungi
eukaryote
fungicide
HIV
host
immune system
lymphocytes
malaria
measles
mucus
non-communicable disease
organism
phagocytes
pathogen
prokaryote
transmission
vaccine
vector
virus
yeast
stomach
cellulose
cuticle
herbivore
limiting factor
nitrate
trichomes
protist
binary fission
cell division
white blood cell
vaccine
Infection
Salmonella
Gonorrhea
Bioenergetics
acidic
biosynthesis
carbohydrate
carbon dioxide
cell
chlorophyll
chloroplast
denatured
electromagnetic spectrum
endothermic
enzyme
fungi
glucose
greenhouse gas
humidity
hydroponics
inorganic chemicals
inversely proportional
irrigation
limiting factor
minerals
mycelium
organ
oxygen
palisade mesophyll
pathogen
pH
photon
photosynthesis
pigment
respiration
spongy mesophyll
stomata
toxic
wavelength
xylem vessels
active transport
aerobic respiration
anaerobic
carbohydrate
digestion
endothermic
ethanol
evaporate
exothermic
fungus
glycogen
lactic acid
lipid
metabolism
mitochondria
nerve impulses
oxidise
oxygen debt
phloem
photosynthesis
protein
respiratory substrate
single circulatory system
ventilation