B io Factsheet1. The kidney: excretion and osmoregulation 2. The essential guide to photosynthesis 3. Which stats test should I use? 4. Structure to function in eukaryotic cell 5. An idiot’s guide to populations 6. Tackling data interpretation questions I: ecology 7. Comparing transport in plants and animals 8. The cell surface membrane 9. Oxygen dissociation curves 10. Biology of freshwater pollution 11. Ecological succession 12. Respiration 13. Genetic engineering 14. Bioaccumulation and biomagnification 15. The greenhouse effect 16. Flow of energy through ecosystems 17. The control of body temperature 18. The nitrogen cycle 19. Plant tissues 20. Nerves and synapses 21. Support in plants and animals 22. Protein synthesis: I nucleic acids 23. Genetics made simple: I 24. Human digestion Curriculum Press Tel 01952 271 318 Bank House Fax 01952 271 319 105 King Street Wellington Shropshire [email protected] TF1 1NU B io Factsheet 25. Tackling data interpretation questions II: photosynthesis 26. Gas exchange in animals 27. Biological effect of deforestation 28. Feedback control mechanisms 29. Plant and animal adaptations to dry environments 30. The biological importance of water 31. Enzyme control of metabolic pathways 32. Viruses made simple 33. Fermentation made simple 34. Species diversity 35. Structure and function of the mammalian heart 36. Structure and function of blood and lymph 37. Ischaemic (Coronary) heart disease 38. Animal hormones and hormone action 39. Carbohydrates: revision summary 40. Disease and defence 41. The role of the liver in homeostasis 42. The structure and function of lipids 43. Factors affecting enzyme activity 44. Evolution 45. Gene expression 46. Muscles 47. The economic importance of enzymes 48. Tackling exam questions: plant growth substances Autonomic nervous system 57. Data interpretation questions: temperature regulation 53. Parasites 54. Chloroplasts and mitochondria 62. Genetic engineering in agriculture 70. Effect of light on living organisms 56. Modern techniques in biology: genetics 68. Protein synthesis II . Microbes in the food and drink industry 71. Gene therapy 52. B io Factsheet 49. Animal tissues I: epithelia and blood 63. Sewage treatment . Excretion 60. Transpiration 65. The physiology of exercise 67. Oestrous cycles 58. Reflex action 59. Water potential 55. Pigments in plants 64. The control of bacteria 72.mechanisms 50. Fieldwork techniques 69. Sources of genetic variation 51. Conservation 66. Minerals in plants and animals 61. The biology of fertilizers 88. Human Genome Project (HGP) 87. Transport in flowering plants 83. Answering questions on nutrient cycles . Microscopes and their uses in biology 76. Chemical bonding in biological molecules 79. Structure and biological functions of proteins 81. Chromatography and its uses in biology 84. The paired t-test & when to use it 86. The structure and biological functions of lipids 75. Tissue fluid 90. The biology of pesticides 89. B io Factsheet 73. The prokaryotic cell 74. Xerophytes and hydrophytes 85. Gas exchange in plants 82. The chi-squared test for goodness of fit 80. Hypothesis tests & Mann-Whitney U-test 78. The eukaryotic cell cycle and mitosis 77. Indicator species 99. The brain 102. Growth and its measurement 103. Gene mutations 95. Taxonomy and classification 92. B io Factsheet 91. Manipulation and control of reproduction 106.cells 108. Practical techniques in microbiology I: culturing bacteria 104. Answering exam questions . The ABO blood group system 94. Ethical issues in A-level biology 107. Isolation mechanisms 93. Asexual reproduction 96. Vaccines 100. Pollination 97 A guide to sex linkage 98. Water movement across the root . Antibiotics & antibiotic resistance 101. Biological basis of cancer 105. B io Factsheet 109.fisheries 126. Answering exam questions on statistics 123. Natural vs agricultural ecosystems . Adaptations of carnivores & herbivores to their Diet 114. Germination 119. Biogas 120. Genetic disease in humans 111. Answering examination questions:genetics 116. Eyes 110. Plant growth substances 112. Harvesting from a natural ecosystem . Artificial cloning techniques 122. Monoclonal antibodies 113. The chi-squared test for association 121. Innate behaviour 124. Fertilisation and seed production in flowering plants 118. Transport mechanisms in cells 117. Saprobiontic and parasitic modes of life 125. Practical techniques microbiology II: measuring growth 115. Cystic fibrosis 135. ATP – what it is. Transport across the placenta 136. Modern examples of evolution in action 143. Practical investigations for photosynthesis 137. Data interpretation questions: vitamins 144. Comparing chemical communication in plants and animals 134. Active transport in humans 129. Absorption in the small Intestine 141. Phloem 133. what it does 130. B io Factsheet 127. Biological oxygen demand 139. Spearman’s rank correlation coefficient . Analysing students’ wrong answers1: ecology 128. Answering exam questions on the heart 140. Niches 132. Investigating catalase 131. Forests and nutrient cycles 142. GM farm scale evaluation trials 138. High altitude biology 150. Ageing 148. Dominant and recessive alleles 157. Answering questions: growth of organisms 159. Answering exam questions on neurones and synapses 156. Zonation and succession 155. Tracheids. vessels and sieve tubes 147. Control of the human heart 152. B io Factsheet 145. The structure and function of polysaccharides . Industrial uses of enzymes 149. Diabetes .management or cure? 158. Answering exam questions on the kidney 151. Phospholipids 153. The light dependent stage of photosynthesis 154. Blood sugar and its control 146. Negative feedback mechanisms 162. The biology of HIV 163. Learned behaviour . Recording plant species 165. Answering exam questions on respiration 173. Biosensors 168. Surface area and volume 166. Answering exam questions: the formation and drainage of lymph 172. Gamete formation in animals 169. Answering exam questions: kidney problems 167. B io Factsheet 160. Answering exam questions: classification and keys 171. Countercurrent flow in biology 161. Answering questions: enzyme activity 164. Answering exam questions on immunity and vaccines 170. How to identify foods: food tests and chromatography 174. Disrupting food chains and webs 183. Antibiotic use and the rise of Clostridium difficile 181. Why are viruses so successful? 182. Should we use human – animal embryos? 186. B io Factsheet 175. Infectious diseases 179. The biological impacts of climate change . heart disease and Statins 189. Haemoglobin: structure & function 176. Adaptations to extreme conditions 187. Nitrogen fixation 178. Penicillin production and use 177. Cholesterol. Answering exam questions: mutation 180. Selective breeding of cattle 188. Variations from expected Mendelian monohybrid ratios 184. Investigating sand dunes 185. What have we learned from Darwin’s finches? 192. Pesticide problems 197. Chloroplasts – structure and function 199. The biology of TB 194. Biology of infertility 196. The biology of bird flu 201. B io Factsheet 190. Climate change and ecological decoupling 204. Humans: evolution or creation ? 202. Neuromuscular junctions 191. Answering questions on fisheries biology 200. Tissue and organ transplants 195. Investigating weeds and crop yield 193. Biology of coral reef ecosystems 198. Ethical issues in biology: BST . The biology of MDMA (Ecstasy) 203. B io Factsheet 205. How Science Works: What do we know about vitamin C? 206. Medical imaging 213. Answering exam questions: diabetes 218. Hardy Weinberg and population genetics 212. Animals in medical research 214. The biology of Cholera 211. The biology of salmonella 217. Captive breeding and the role of zoos 209. How science works: Meselson and Stahl’s classic experiment 208. How science works: clinical trials and ethics 210. Biology of risk factors 1: Smoking 219. Monoclonal Antibodies: An update . Genetic testing and screening 216. Exercise: too much or Too little? 215. Malaria 207. How science works: should I eat lots of fibre to avoid colon cancer? 232. Biology of risk factors 3: neural tube defects and folic acid 229. Coenzymes 223. Chemiosmosis 224. Why we need biodiversity: medicine 225. Biology of risk factors 2: alcohol consumption 221 Apoptosis 222. The biology of a nail in the foot 233. validity and reliability 231. The herpes simplex virus and Alzheimer’s disease 227. Synoptic biology: water potential 226. Electrocardiograms (ECGs) . RuBP carboxylase – the most important enzyme on the planet? 228. Huntington’s disease 230. Accuracy. Conservation techniques: coppicing 234. B io Factsheet 220. and the law 239. Territorial biology 242. Biology of sports training 246. Managing nature reserves 245. Forensic entomology 243. Species’ range of tolerance . Tackling bacterial resistance 236 Body Mass Index as a health predictor 237. Oral vaccines 247. The biology of breast cancer 244. Stem cells: research. The biology of twins 240. Mitosis vs meiosis 238. potential. Biology of Multiple Sclerosis 248. B io Factsheet 235. Schistosoma 249. Malaria vaccine 241. Biology of asthma 255. The Biology of prostate cancer 264. Biology of cereals 1: Sorghum. The biology of paternity testing 256. Aquatic predator-prey relationships 261. Using DNA to solve crimes 251. Is human evolution finally over? 253. Maternity biology 260. Answering exam questions: taxonomy and phylogeny 252. Investigating soil trampling 262. Medical uses of ultrasound 263. a C4 plant 259. The biology of cheating at sport 254. How science works: What’s killing the honey bees? 257. Investigating periwinkles 258. B io Factsheet 250. The return of rickets . The biology of skin cancer 269. Ethical issues in biology: assisted fertility 274. How science works: investigating probiotics 268. Artificial hearts and heart transplants 273. Is Earth the only living planet? . The founder effect. Eradicating mosquitoes via GM 270. B io Factsheet 265. Project frozen dumbo: elephant sperm banks 278. Evidence for evolution: The pentadactyl limb 266. Lemming population cycles & climate change 275. Rods and cones 271. The myth of “junk” DNA 272. Bad clots: deep vein thrombosis 267. genetic drift & bottlenecks 276. Should we cull the geese? 277. Enzymes and activation energy 279. absorption and action 285. Answering questions on DNA replication 292. Synoptic biology: causes & treatment of leukaemia 294. Why we need dietary fibre 284. Collagen 282. Thermoregulation in humans 287. Do we still need vegetative propogation? . Investigating selective pressure on banded snails 293. What can mitochondrial DNA (mtDNA) tell us? 283. Re-emergence of whooping cough 288. Using our knowledge of the Human Genome Project 286. Engelmann. Are isotonic drinks a waste of time? 281. Answering exam questions: blood groups and transfusions 291. New research in Alzheimer’s disease 290. B io Factsheet 280. Hen harriers v Red grouse: a moorland management conflict 289. Plant adaptations to cold environments 303. asthma and cancer on Oxford St 297. Should we cull the geese? 300. why worry about it? 298. Avoiding predation 1 304. Animal aggression 308. Carbon dioxide in the body . Type 2 diabetes 301. Lemming population cycles & climate change 299. B io Factsheet 295. Avoiding predation 2 – colour and shape 307. The tapeworm 305. Electron microscopes 302. If extinction is natural. Diesel fumes. Ebola 296. Testosterone 309. Blood products and their storage 306. What is a species? 315. environment and phenotype 318. The Functions of RNA 324. Measuring genetic diversity 320. answer 316. Genotype. Analysis of means and standard deviations 312. Analyse. The bacteria in our bodies 323. The Pancreas . Measuring biodiversity 319. B io Factsheet 310. Cofactors 317. plan. Inorganic ions in living organisms 321. Different types of haemoglobin 311. The importance of earthworms 313. Adaptations to water availability 314. Applied Exam questions on lipids 322. Artificial Kidneys 336. Human Egg Freezing 333. The Biology of Sweat 328. Biology of Colds and Pneumonia . ELISA 327. Investigations with Daphnia 326. Uses of Statins 334. Fighting the Superbugs 331. Epigenetics 329. Phosphorus Cycle 332. The Bad. The Fight Against Cancer 338. Meningitis 335. Fats: The Good. CRISPR/Cas Gene Editing 337. and the Ugly 330. The Zika Virus 339. B io Factsheet 325.