golgiapparatusCountercurrentflowComplementsystemNephronDendritesPassivetransportLoop ofHenleMemorycellsCiliaandMucusEffectors(musclesandglands)NucleotidesHelperT cellsPassiveimmunityHydrophobicSchwanncellsAntibodiesRepolarisationMoistsurface(Lungs)Bowman'scapsuleAfferentimpulses(towardsCNS)VaccinePhotosynthesisAnaerobicrespiration(animals)SecondaryimmuneresponseRestingmembranepotentialOpsonisationADP+ pSelf & Non-selfrecognition(immuneresponse)InsulinMastcellFattyacids andglycerolDepolarisationGlycolipidToxinneutralisationAlveoliFish Gills(countercurrentflow)Aminoacidsdiseasevector (e.g.mosquito -carries thepathogen)CompanioncellsLargeconcentrationgradientmaintained(Lungs)WaterpotentialGlycoproteinNodesofRanvierAxonPresynapticneuronMitochondriaAdhesion-cohesion(plants)ActivesiteSieveplatesPrimaryimmuneresponseInflammatoryresponseAgglutinationGlycolysisCollectingductNodes ofRanvier(neuron)DenaturedTSHLightindependentreactionsAntibody(variableregion)HyperpolarisationPhosphatehead & 2fatty acidtailsLysosome(lysozyme)LightdependentreactionsThresholdpotential(neuron)FluidmosaicmodelSA:VInflammationHypotonicActivetransportExtrinsicproteinCellbody(soma)NaturalimmunitySensoryneuronKreb'scyclelacticacidActiveimmunityPotassiumeffluxPyruvateTranspirationGlomerulusTRHOxygendissociationcurveHistamineSodiuminfluxEukaryoticcellacquiredimmuneresponse (T-cellactivation)Efferentimpulses(away fromCNS, to theeffector)virulencefactorsDigestivesystem(Villi)ThyroxineNeurotransmitterNegativefeedbacksystemsSodium-potassiumpumpADHArtificialimmunityAntigenProkaryoticcellIsotonicStomataOsmoregulatorChloroplastsSievetubesAdaptive(specific)immuneresponse(vertebrates)EndocytosisLargeSA:V ratio(Lungs)PhagocytosisHypertonicAnaerobicrespiration/fermentation(yeast)acquiredimmuneresponse(antibodyproducing B-cells)BcellsAerobiccellularrespirationEffector/PlasmacellsHibernationHypothermiaGasexchangeMyelinsheathSynapseVasodilationInnate (non-specific)immuneresponseHydrophilicATPPathogenExocytosisMHCreceptorHyperthermiaviruslifecyclePholoemDistalconvolutedtubuleKleptothermyOsmosisIntrinsicproteinHumoralimmuneresponseXylemNADPHHormonesMotorneuronEnzymesOsmoconformerHomeostasisProximalconvolutedtubuleNADHInduced-fit & Lockand keytheoryPostsynapticneuronSensoryreceptors(chemo, thermo,photo, mechano,noci)ElectronTransportChainActionpotentialCell-mediatedimmuneresponsePhospholipidbilayerCapillariesgolgiapparatusCountercurrentflowComplementsystemNephronDendritesPassivetransportLoop ofHenleMemorycellsCiliaandMucusEffectors(musclesandglands)NucleotidesHelperT cellsPassiveimmunityHydrophobicSchwanncellsAntibodiesRepolarisationMoistsurface(Lungs)Bowman'scapsuleAfferentimpulses(towardsCNS)VaccinePhotosynthesisAnaerobicrespiration(animals)SecondaryimmuneresponseRestingmembranepotentialOpsonisationADP+ pSelf & Non-selfrecognition(immuneresponse)InsulinMastcellFattyacids andglycerolDepolarisationGlycolipidToxinneutralisationAlveoliFish Gills(countercurrentflow)Aminoacidsdiseasevector (e.g.mosquito -carries thepathogen)CompanioncellsLargeconcentrationgradientmaintained(Lungs)WaterpotentialGlycoproteinNodesofRanvierAxonPresynapticneuronMitochondriaAdhesion-cohesion(plants)ActivesiteSieveplatesPrimaryimmuneresponseInflammatoryresponseAgglutinationGlycolysisCollectingductNodes ofRanvier(neuron)DenaturedTSHLightindependentreactionsAntibody(variableregion)HyperpolarisationPhosphatehead & 2fatty acidtailsLysosome(lysozyme)LightdependentreactionsThresholdpotential(neuron)FluidmosaicmodelSA:VInflammationHypotonicActivetransportExtrinsicproteinCellbody(soma)NaturalimmunitySensoryneuronKreb'scyclelacticacidActiveimmunityPotassiumeffluxPyruvateTranspirationGlomerulusTRHOxygendissociationcurveHistamineSodiuminfluxEukaryoticcellacquiredimmuneresponse (T-cellactivation)Efferentimpulses(away fromCNS, to theeffector)virulencefactorsDigestivesystem(Villi)ThyroxineNeurotransmitterNegativefeedbacksystemsSodium-potassiumpumpADHArtificialimmunityAntigenProkaryoticcellIsotonicStomataOsmoregulatorChloroplastsSievetubesAdaptive(specific)immuneresponse(vertebrates)EndocytosisLargeSA:V ratio(Lungs)PhagocytosisHypertonicAnaerobicrespiration/fermentation(yeast)acquiredimmuneresponse(antibodyproducing B-cells)BcellsAerobiccellularrespirationEffector/PlasmacellsHibernationHypothermiaGasexchangeMyelinsheathSynapseVasodilationInnate (non-specific)immuneresponseHydrophilicATPPathogenExocytosisMHCreceptorHyperthermiaviruslifecyclePholoemDistalconvolutedtubuleKleptothermyOsmosisIntrinsicproteinHumoralimmuneresponseXylemNADPHHormonesMotorneuronEnzymesOsmoconformerHomeostasisProximalconvolutedtubuleNADHInduced-fit & Lockand keytheoryPostsynapticneuronSensoryreceptors(chemo, thermo,photo, mechano,noci)ElectronTransportChainActionpotentialCell-mediatedimmuneresponsePhospholipidbilayerCapillaries

11 Biology (ALL UNITS) - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. golgi apparatus
  2. Countercurrent flow
  3. Complement system
  4. Nephron
  5. Dendrites
  6. Passive transport
  7. Loop of Henle
  8. Memory cells
  9. Cilia and Mucus
  10. Effectors (muscles and glands)
  11. Nucleotides
  12. Helper T cells
  13. Passive immunity
  14. Hydrophobic
  15. Schwann cells
  16. Antibodies
  17. Repolarisation
  18. Moist surface (Lungs)
  19. Bowman's capsule
  20. Afferent impulses (towards CNS)
  21. Vaccine
  22. Photosynthesis
  23. Anaerobic respiration (animals)
  24. Secondary immune response
  25. Resting membrane potential
  26. Opsonisation
  27. ADP + p
  28. Self & Non-self recognition (immune response)
  29. Insulin
  30. Mast cell
  31. Fatty acids and glycerol
  32. Depolarisation
  33. Glycolipid
  34. Toxin neutralisation
  35. Alveoli
  36. Fish Gills (countercurrent flow)
  37. Amino acids
  38. disease vector (e.g. mosquito - carries the pathogen)
  39. Companion cells
  40. Large concentration gradient maintained (Lungs)
  41. Water potential
  42. Glycoprotein
  43. Nodes of Ranvier
  44. Axon
  45. Presynaptic neuron
  46. Mitochondria
  47. Adhesion-cohesion (plants)
  48. Active site
  49. Sieve plates
  50. Primary immune response
  51. Inflammatory response
  52. Agglutination
  53. Glycolysis
  54. Collecting duct
  55. Nodes of Ranvier (neuron)
  56. Denatured
  57. TSH
  58. Light independent reactions
  59. Antibody (variable region)
  60. Hyperpolarisation
  61. Phosphate head & 2 fatty acid tails
  62. Lysosome (lysozyme)
  63. Light dependent reactions
  64. Threshold potential (neuron)
  65. Fluid mosaic model
  66. SA:V
  67. Inflammation
  68. Hypotonic
  69. Active transport
  70. Extrinsic protein
  71. Cell body (soma)
  72. Natural immunity
  73. Sensory neuron
  74. Kreb's cycle
  75. lactic acid
  76. Active immunity
  77. Potassium efflux
  78. Pyruvate
  79. Transpiration
  80. Glomerulus
  81. TRH
  82. Oxygen dissociation curve
  83. Histamine
  84. Sodium influx
  85. Eukaryotic cell
  86. acquired immune response (T-cell activation)
  87. Efferent impulses (away from CNS, to the effector)
  88. virulence factors
  89. Digestive system (Villi)
  90. Thyroxine
  91. Neurotransmitter
  92. Negative feedback systems
  93. Sodium-potassium pump
  94. ADH
  95. Artificial immunity
  96. Antigen
  97. Prokaryotic cell
  98. Isotonic
  99. Stomata
  100. Osmoregulator
  101. Chloroplasts
  102. Sieve tubes
  103. Adaptive (specific) immune response (vertebrates)
  104. Endocytosis
  105. Large SA:V ratio (Lungs)
  106. Phagocytosis
  107. Hypertonic
  108. Anaerobic respiration/ fermentation (yeast)
  109. acquired immune response (antibody producing B-cells)
  110. B cells
  111. Aerobic cellular respiration
  112. Effector/Plasma cells
  113. Hibernation
  114. Hypothermia
  115. Gas exchange
  116. Myelin sheath
  117. Synapse
  118. Vasodilation
  119. Innate (non-specific) immune response
  120. Hydrophilic
  121. ATP
  122. Pathogen
  123. Exocytosis
  124. MHC receptor
  125. Hyperthermia
  126. virus life cycle
  127. Pholoem
  128. Distal convoluted tubule
  129. Kleptothermy
  130. Osmosis
  131. Intrinsic protein
  132. Humoral immune response
  133. Xylem
  134. NADPH
  135. Hormones
  136. Motor neuron
  137. Enzymes
  138. Osmoconformer
  139. Homeostasis
  140. Proximal convoluted tubule
  141. NADH
  142. Induced-fit & Lock and key theory
  143. Postsynaptic neuron
  144. Sensory receptors (chemo, thermo, photo, mechano, noci)
  145. Electron Transport Chain
  146. Action potential
  147. Cell-mediated immune response
  148. Phospholipid bilayer
  149. Capillaries