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Algrabra 1 Flashcards

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1688499523Transitive property-Transitive property- if, and, then; Ex: if a=b, and b=c, then a=c0
1688500054Symmetric property-Symmetric property- deals with two numbers, if, then; Ex: if a=b, then b=a1
1688501571Reflexive property-Reflexive property- deals with one number always; Ex: a=a, 6=62
1688507532Associative property-Associative property- the grouping changes( ); ussualy deals with three numbers Ex: (a+b)+c=a+(b+c)3
1688509974Commutative property-Commutative property-the order changes; usually deals with two numbers Ex: a+b=b+a4
1688513288Other notesRemember if it is inside the ( ) it is the opposite; | | distance from 0 ALWAYS WRITE, OF ADD or OF MULT (after the property's name)*The adding of zero represents identity* -(5)=5 or +(-6)=-65

Environmental Science Flashcards

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2132785605EnvironmentSurroundings0
2132786423EcologyField of study in biology that comes from the Greek work 'oikos'1
2132789676EcosystemAll of the biotic and abiotic things in a specific area and their interactions.2
2132796496BioticLiving3
2132797493AbioticNever living or non-living4
2132798938BiosphereThe area of the Earth that contains life5
2132800976BiomeVery large ecological areas on the earth's surface, with fauna and flora (animals and plants) adapting to their environment.6
2132809188HabitatThe organism's home containing food, water and shelter7
2132811402NicheAn organism's job in an ecosystem. No two organisms have exactly the same job.8
2132813705Food WebA series of food chains showing the interactions of organisms of different trophic levels.9
2132819146Food ChainA linear example of how energy and matter move through different trophic levels of an ecosystem.10
2132824352HeterotrophAn organism that needs to consume food - consumers.11
2132826240AutotrophAn organism that makes it's own food - producers.12
2132830212Trophic LevelThe feeding level of an organism13
2132830860Energy pyramidA model to show the relationships between producers and consumers as energy moves through an ecosystem.14
2132836372HerbivorePlant eater - consumer15
2132837226CarnivoreMeat eater - consumer16
2132837903OmnivoreEats both plants and animals - consumer17
2132841910ScavengerFeed on recently deceased organisms18
2132845891DecomposerFeed on dead organisms by breaking them down into nutrients - consumer (Bacteria and Fungi)19
2132848386ConsumerFeeds on other organisms - heterotroph20
2132851425ProducerMakes own food through photosynthesis or chemosynthesis - autotroph21
2132854173SpecialistHas specific requirements for food and habitat.22
2132857150GeneralistNot choosy about what it eats or where it lives.23
2132859173PhotosynthesisProcess by which producers make food (sugars) from carbon dioxide and water24
2132867567ChemosynthesisProcess by which producers make food (sugars) from chemicals25
2132875033SnagA standing dead tree26
2132875978Nurse logA fallen tree that is decomposing and providing the nutrients for seedlings.27
2132879577ChicxulubA crater in the Yucatan Penninsula from 65 million years ago28
2132886270ForaminiferaOne-celled sea creatures that float in the ocean or live in sediments.29
2132894670Global WarmingA warming of the earth's atmosphere and oceans that is predicted to result from an increase in the greenhouse effect caused by air pollution30
2132902597Fossil FuelA fuel (as coal, oil, or natural gas) that is formed in the earth from plant or animal remains31
2132904840Greenhouse gasesA gas that contributes to the greenhouse effect by absorbing infrared radiation, e.g., carbon dioxide and chlorofluorocarbons.32
2132914768EPAThe Environmental Protection Agency which was created in 1970 for the purpose of protecting human health and the environment by writing and enforcing regulations based on laws passed by Congress.33
2132919809Introduced speciesAn introduced, alien, exotic, non-indigenous, or non-native species, or simply an introduction, is a species living outside its native distributional range, which has arrived there by human activity, either deliberate or accidental.34
2132924235Invasive speciesAn invasive species is a plant or animal that is not native to a specific location (an Introduced species); and has a tendency to spread, which is believed to cause damage to the environment, human economy and/or human health.35
2132927612RestorationReturning something to its former condition.36
2132934426Controlled burningA process used by fire ecologists to restore ecosystems.37
2132938395PollutionThe presence in or introduction into the environment of a substance or thing that has harmful or poisonous effects.38
2132939360PollutantA substance that contaminates the air, ground, or water.39
2132942536SmogA pollutant made up largely of ozone found at ground level. The term is a combination of the words 'fog' and 'smoke'.40
2132949652Acid depositionPrecipitation that is contaminants such as sulfur dioxide and nitrogen oxide gases. An example would be acid rain.41
2132954379PesticideIs any substance used to kill, repel, or control certain forms of plant or animal life that are considered to be pests.42
2132955389HerbicideIs any substance used to kill, repel, or control certain forms of plant life that are considered to be pests.43
2132955390FungicideIs any substance used to kill, repel, or control certain forms of fungal life that are considered to be pests.44
2132958103InsecticideIs any substance used to kill, repel, or control certain forms of insect life that are considered to be pests.45
2132962979WatershedThe area of land where all of the water that is under it or drains off of it goes into the same place46
2132963915PopulationAll the organisms of the same group or species, which live in the same geographical area, and have the capability of interbreeding.47
2132963916Carrying capacityThe maximum size of a species population that the environment will support.48
2132965157Limiting factorAn environmental factor that tends to limit population size.49

Campbell Biology Seventh Edition Chapter 1 Reveiw Flashcards

Terms : Hide Images
911521791BiologyThe study of life.0
911521792Orderthe highly ordered structure that typifies life; ex. cells1
911521793Reproductionthe ability of organisms to reproduce2
911521794Growth and Developmentconsistent growth and development, controlled by inherited DNA3
911521795Energy Processingthe use of chemical energy to power an organism's activities and chemical reactions; ex. metabolism4
911521796Response to Enviromentresponding to the enviroment5
911521797Regulationan ability to control an organisms internal enviroment within limits that sustain life; homeostasis6
911521798Evolutionary Adaptationnatural selection and passing adaptations to offspring7
911521799Biosphereall the enviroments on earth that support life8
911521800Ecosystemall of the organisms living in a particular area and the physical components with which the organisms intreract9
911521801Communitythe entire array on organisms living in a particular ecosystem10
911521802Populationall the individuals of a species living in a particular area11
911521803Organisman individual living thing12
911521804Organ systemseveral organs cooperating in a scecific function13
911521805Organa structure that is composed and that provides a specific function for the organism14
911521806Tissuesa group of cells that perform a specific function15
911521807Cellfundamental unit of life16
911521808Organellemembrane bound structure that performs a function in a cell17
911521809Moleculecluster of atoms held together by a chemical bond18
911521810What are emergent properties?New properties that arise in each step from the arrangement and interactions among component parts.19
911521811Cells are the level at which the properties of life emerge....20
911521812A cell can________1. regulate its internal enviroment 2. take in and use energy 3. respond to its enviroment 4. develop and maintain its complex organization 5. give rise to new cells21
911521813All cellsare enclosed by a membrane and regulate the passage of materials between the cell and the surrounding enviroment.22
911521814Prokaryotic cellswere the first cells to evolve, are simpler and much smaler than eukaryotic cells; ex. bacteria and archea23
911521815Eukaryotic cellscontain a membrane enclosed organelles, are found in plants, animals, and fungi; has a nucleus24
911521816Cells illustrate another theme in biology:the correlation of structure and function.25
911521817Structure is related to _____ at all levels of biological organization.function26
911521818Living organisms interact with their enviroments, which include- other organisms - physical factors27
911521819In most ecosystems- plants are the producers that provide the food -consumers eat plants and other animals -decomposers act as recyclers, changing matter into simpler mineral nutrients28
911521820The dynamics of ecosytems include the major process:1. The recycling of the chemical nutrients from the atmosphere and soil through producers, consumers, and decomposers back to the enviroment. 2. The one way flow of energy through an ecosystem, entering as sun light, converted to chemical energy, by producers, passed on to consumers, and exiting as heat.29
911521821All cells have DNA, the chemaical substance of genes....30
911521822Genes- the unit of inheritance that transmits information from parents to offspring - are grouped into very long DNA molecules called chromosomes - control the activities of a cell31
911521823A species genes are coded in the sequences of the four building blocks making up DNA's double helix. ex ATCG- All forms of life use essentially the same code to translate the info. stored in DNA in the proteins. - The diversity of life arises from the difference in DNA sequences.32
911521824Taxonomynames species and classifies them into a system of broader groups33
911521825The three domains areBacteria, archea, and eukarya34
911521826Bacteriathe most diverse and widespread prokaryotes35
911521827Archeaprokaryotes that often live in earth's extreme enviroments36
911521828Eukaryahave eukaryotic cells - single-celled protists - multi-cellular animals, fungi, and plants37
911521829What does evolution account for?Evolution acccounts for life's dual nature of kinship and diversity38
911521830Natural selectiona mechanism for evolution39
911521831Natural selection was infered by connecting two observations.....1. Individuals in a population vary in their traits, many of which are passed on from parents to offspring. 2. A population can produce far more offspring than the enviroment can support.40
911521832Science is derived from the Latin verb meaning"to know"41
911521833Inductive reasoningto draw general conclusions from many observations42
911521834Deductive reasoningto come up with ways to test a hypothesis43
911521835Hypothesisa proposed explanation for a set of observations44
911521836A theory is- much broader in scope than a hypothesis - usually general enough to generate many new, specific hypotheses - supported by a large and usually growing body of evidence45
911521837hypothesis must betestable and falsifiable46
911521838An actual research project demonstratesthe process of science47
911521839Science seeks natural causes for natural phenomena.- The scope of science is limited to the study of structures and the process that we can directly observe and measure. - Hypotheses about supernatural forces or explanations are outside the bounds of science, because they generate hypotheses that cannot be tested by science.48
911521840The goal of science is to understand _______natural phenomena49
911521841The goal of technology isto apply scientific knowledge for some specific purposes50
911521842Science and technology areinterdependent51
911521843Technological advances stem from scientific research....52
911521844Research benefits from new technologies....53
911521845Evolutionary theory is useful inagriculture, medicine, forensics, consevation54
911521846Human-caused enviromental changes are powerful selective forces that effect the evolution of many species, including- antibiotic-resistant bacteria - pesticide-resistant pests - endangered species - increasing rates of extinction55

Newton's Laws & Potential/Kinetic Energy Quiz Flashcards

Terms : Hide Images
2427154881ForceA push or a pull: something that changes the motion of an object.0
2427157858InertiaThe resistance of an object to a change in the speed or the direction of its motion.1
2427159363MassA measure of how much matter an object is made of.2
2427160250Net ForceThe overall force acting on an object when all of the forces acting on it are combined.3
2427162177Newton's First LawObjects at rest remain at rest, and objects in motion remain in motion unless acted on by an unbalanced force.4
2427163137Newton's First Law ExampleA soccer ball will stay where it is unless it is kicked.5
2427162178Newton's Second LawThe acceleration of an object increases with increased force and decreased with increased mass.6
2427166109Newton's Second Law ExampleYou need to push a shopping cart with more force to make it move if it is full.7
2427166894Newton's Third LawEvery time an object exerts a force on another object, the second object exerts a force that is equal in size and opposite in direction back on the first object.8
2427168201Newton's Third Law ExampleWhen you're walking, you push backward on the ground, and the ground pushes you forward with equal force.9
2427170187Newton's second law states that to increase acceleration, you:Increase force or decrease mass10
2427172014What units are used to measure force?Newtons (N)11
2427173547A wagon is pulled down a hill with a constant velocity. All the forces on the wagon are:balanced12
2427177427An action force and its reaction force are _________ in size and _______ in direction.equal, opposite13
2427179554John pulls a box with a force of 4 N, and Jason pulls the box from the opposite side with a force of 3 N. Ignore friction. In which direction, and with how much force would the box move?The box will be pulled towards John with a force of 1 N.14
2427181946List the objects in order from the object with least inertia to the object with the most inertia: Feather, large rock, pencil, book. Explain your reasoning.(Least) Feather, pencil, book, rock (Most). The more mass an object has, the more inertia it has.15
2427184616Explain how an object can have forces acting on it but not be accelerating.If the forces are balanced, then the object will not move or will move with a constant speed.16
2427189662What force should Lori apply to a 5 kg. box to give it an acceleration of 2 m/s/s?F = m x a F = 5 kg x 2 m/s/s F = 10 N17
2427191869If a 10 N force accelerates an object 5 m/s/s, how massive is the object?M = f/a M = 10 N / 5 m/s/s M = 2 kg18
2427195138Ravi applies a force of 5 N to a wagon with a mass of 10 kg. What is the wagon's acceleration?A = f/m A = 5 N / 10 kg A = 0.5 m/s/s19
2427200306A skier is on a tall mountain. Where does she have the greatest potential energy?At the top of the mountain.20
2427202069A skier is on a tall mountain. Where does she have the greatest kinetic energy?At the bottom of the mountain.21
2427207159At which point on the roller coaster will the car have the greatest amount of kinetic energy?At point X there is the greatest amount of kinetic energy (energy in motion).22
2427209697At which point on the roller coaster will the car have the greatest amount of potential energy?At point W there is the greatest amount of potential energy (stored energy).23

PSA1 & 2 Physics Formulae and Relationships Flashcards

Terms : Hide Images
16107203F = ma = m (delta v / delta t)equation for FORCE, in relation to mass0
16107204a = F / mequation for ACCELERATION, in relation to force1
16107205F = ma = m (delta v / delta t)equation for FORCE, in relation to acceleration2
16107206W = mgequation for WEIGHT3
16107207m = W / gequation for MASS, in relation to weight4
16107208N kg-1UNITS for gravitational field strength5
16107209g = W / mequation for GRAVITATIONAL FIELD STRENGTH6
16107210delta E = F delta sequation for ENERGY, in terms of force7
16107211delta W = F delta sequation for WORK, in terms of force8
16107212delta E = F delta sequation for ENERGY, in terms of distance9
16107213delta W = F delta sequation for WORK, in terms of distance10
16107214delta Egrav = mg delta hequation for GRAVITATIONAL POTENTIAL ENERGY11
16107851Ek = 1/2 mv2equation for KINETIC ENERGY12
16107852P = delta W / delta tequation for POWER13
16107853WattsUNITS for power14
16107854I = delta Q / delta tequation for ELECTRIC CURRENT15
16107855E = QV = VItequations for ENERGY, in relation to electric circuits16
16107856W = QV = VItequations for WORK, in relation to electric circuits17
16107857R = V / Iequation for RESISTANCE, in relation to electric circuits18
16107858OhmsUNITS for resistance19
16107859P = VI = V2 / R = I2Requations for POWER, in relation to electric circuits20
16107860efficiency = useful power (energy) output / power (energy) inputword equation for EFFICIENCY21
16107861Rtotal = R1 + R2 + R3...equation for total RESISTANCE of resistors in series22
161078621 / Rtotal = 1 / R1 + 1 / R2 + 1 / R3...equation for total RESISTANCE of resistors in parallel23
16107863Emf = IR + Ir = V + Irequations for EMF, in relation to internal resistance24
16107864delta E = mc delta thetaequation for ENERGY, in relation to specific heat capacity25
16107865v = f lambdaequation for VELOCITY of a wave26
16107866c = f lambdaequation for PHOTON VELOCITY27
16107867T = 1 / fequation for TIME PERIOD, in relation to waves28
16107868v = SQRT (T / mu)equation for VELOCITY of waves travelling along a string in a standing wave29
16107869kg m-1UNITS of mu (mass per unit length)30
16107870lambda = 4lequation for WAVELENGTH of a soundwave travelling in a tube closed at one end31
16107871lambda = 2lequation for WAVELENGTH of a soundwave travelling in an open tube32
16107872P = 1 / fequation for POWER of a lens33
161078731 / f = 1 / u + 1 / vequation for FOCAL LENGTH of a lens34
16107874DioptresUNITS for power of a lens35
16107875E = hf = hc / lambdaequations for ENERGY of a photon36
16263978R = rho L / Aequation for RESISTANCE, involving resistivity37
16263979Ohm metersUNITS for resistivity38
16263980phi = E = hf0equation for WORK FUNCTION of a metal39
16263981hf = phi + 1/2 mv2max = hf0 + 1/2 mv2maxequation for PHOTON ENERGY, after being released from a metal40
16263982phi = hc / lambda0equation for WORK FUNCTION, in relation to wavelength41
16263983rho = m / Vequation for DENSITY42
16263984kg m-3UNITS for density43
16263985U = rho Vgequation for UPTHRUST44
16263986F = 6 pi eta rvequation for FORCE on a sphere moving through a fluid if the flow around the sphere is laminar45
16263987F = 6 pi eta rvequation for STOKE'S LAW46
16263988mg = U + D = rho Vg + 6 pi eta rvequation for WEIGHT of a sphere falling at terminal velocity47
16263989F = 6 pi eta rvequation for DRAG FORCE48

Visual Cell Cycle Flashcards

Can you ID the steps/phases/stages of the cell cycle when viewed under the microscope?

Terms : Hide Images
499549143Interphase0
499549144Prophase1
499836037Metaphase2
499836038Metaphase3
499836039Metaphase4
499836040Anaphase5
499836041Anaphase6
499836042Anaphase7
499836043Anaphase8
499836044Anaphase9
499836045Anaphase10
499836046Anaphase11
499836047Telophase / Cytokinesis12
499836048Telophase / Cytokinesis13
499836049Telophase / Cytokinesis14
499836050Telophase / Cytokinesis15
499836051Telophase / Cytokinesis16
499836052Cytokinesis17
499836053Interphase18
499836054Interphase19
499836055Interphase20
499836056Interphase21
499855300Prophase22
499855301Prophase23
499855302Prophase24
1883235465prometaphase25
1883235466prometaphase26
1883235467prometaphase27

Campbell's Biology Chapter 22 Flashcards

Decent with modification: Darwinian view of evolution

Terms : Hide Images
205940002natural selectionmechanism of evolution whereby there is differential reproductive success0
205940003artificial selectionmechanism of evolution whereby "humans" control the reproduction of living organisms favoring or not favoring specific traits1
205940004evolutionchange over time2
205940005speciationformation of a new species3
205940006extinctorganisms that are no longer alive on Earth4
205940007extantrefers to organisms that are currently present on Earth5
205940008alleleone of two or more alternative forms of genes6
205940009population geneticsthe study of the genetics of the overall group/population7
205940010homologous structuresstructures that are anatomically similar but perform different functions, example a forelimb of a bat and cat, signs of closer evolutionary ancestry8
205940011analogous structuresstructures that are anatomically dissimilar but perform similar functions, example a bat wing and bee wing, signs of more distant evolutionary ancestry9
205940012gene flowthe movement of genes between different populations, immigration and emigration10
205940013mutationa permanent change in a cell's DNA11
205940014genetic driftrandom changes in allele frequencies, effects most pronounced in small populations12
205940015divergent evolutiondescription of an evolutionary history that demonstrates branching evolution and a more common/shared ancestry13
205940016convergent evolutiondescription of an evolutionary history that demonstrates individual development of similar structures and a less common ancestry14
205940017microevolutionchange in allele frequencies in a population over time15
205940018assortive matingthe mating of phenotypically similar organisms16
205940019genotypethe genetic makeup at a particular locus17
205940020phenotypethe visible appearance, the trait that is observed18
205940021fitnessthe genetic contribution of an individual to succeeding generations, quantifying reproductive success19
205940022relative fitnessthe fitness of one individual when compare to another20
205940023frequency dependent selectionthis is when the frequency or % of the individuals with that phenotype compared to the alternate phenotypes alters fitness21
205940024heterozygote advantagenatural selection that favors the heterozygote genotype and phenotype over both homozygous genotype, maintains variation in a population22
205940025stabilizing selectionselection acts to increase the average phenotype, occurs when the average phenotype is well matched with the environment23
205940026disruptive selectionselection acts to favor both extreme phenotypes and is often associated with future speciation events24
205940027directional selectionselection that favors one of the extremes and not the other25

Campbell Biology 9th Edition - Chapter 22 Flashcards

Descent with Modification: A Darwinian View of Life

Terms : Hide Images
1200531477evolutiongeneration-to-generation change in the proportion of different inherited genes in a population that account for all of the changes that have transformed life over an immense time0
1200531478fossilspreserved remains of once-living organisms1
1200531479stratalayers of sedimentary rock2
1200531480catastrophisma principle that states that geologic change occurs suddenly3
1200531481uniformitarianismis the idea that the geologic processes that operate today also operated in the past4
1200531482paleontologythe earth science that studies fossil organisms and related remains5
1200531483adaptationinherited characteristic that increases an organism's chance of survival6
1200531484natural selectionprocess by which individuals that are better suited to their environment survive and reproduce most successfully; also called survival of the fittest7
1200531485artificial selectionselection by humans for breeding of useful traits from the natural variation among different organisms8
1200531486homologysimilarity in characteristics that results from common ancestry9
1200531487homologous structuresstructures that have different mature forms in different organisms but develop from the same embryonic tissues10
1200531488vestigial structuresremnant of a structure that may have had an important function in a species' ancestors, but has no clear function in the modern species.11
1200531489evolutionary treeA branching diagram that reflects a hypothesis about evolutionary relationships among groups of organisms.12
1200531490convergent evolutionprocess by which unrelated organisms independently evolve similarities when adapting to similar environments13
1200531491analogousHaving characteristics that are similar because of convergent evolution, not homology.14
1200531492Pangaeathe name of the single landmass that broke apart 200 million years ago and gave rise to today's continents15
1200531493endemicnative or confined to a particular region or people; characteristic of or prevalent in a field16
1200531494biogeographydealing with the geographical distribution of animals and plants17

Campbell Biology 10th Edition: Chapter 22 Flashcards

Terms : Hide Images
1091107249evolutiondescent with modification; or narrowly, change in the genetic composition of a population from one generation to the next0
446276028pattern of evolutionary changerevealed by data from biology, geology, physics, and chemistry disciplines1
693580184process of evolutionmechanisms that produce the observed patter of change; represent natural phenomena2
1454360037fossilsremains/traces of organisms from the past; found in strata3
676466807adaptationsinherited characteristics of organisms that enhance their survival and reproduction in specific environments4
232249208natural selectioncertain inherited traits tend to survive and reproduce at higher rates because of those traits5
661413136homologysimilarity resulting from common ancestry6
45276208homologous structuresthe underlying skeletal structures of different mammals that represent variations of a structural theme that was present in their common ancestor. common ancestry, but not necessarily function7
377802897vestigial structuresremnants of features that once served a functional purpose in the organism's ancestors8
500077981evolutionary treea diagram that reflects evolutionary relationships among groups of organisms9
323438610convergent evolutionthe independent evolution of similar features in different lineages. although the species evolved independently from different ancestors, these two species have adapted to similar environments in similar ways10
880762477analogousfeatures that share similar function, but not common ancestry11
769853029the fossil recorddocuments the pattern of evolution, showing that past organisms different from present-day organisms12
1507834451biogeographythe scientific study of geographic distributions of species13
545038962endemicspecies found nowhere else in the world14
859626044artificial selectionselecting and breeding certain individuals that possess certain traits15
27942557direct observationsnatural selection in response to introduced species. examples include soapberry bugs and their beaks evolving to better access food in their environment16
606867465Linnaeusadopted the nested classification system that grouped similar species into increasingly general categories. father of taxonomy (the binomial name format for naming species)17
688987166aristotleviewed species as fixed, or unchanging (uniformitarianism). concluded that lifeforms can be arranged on a ladder, the Scala Naturae18
574174795james huttonproposed that earth's geologic features could be explained by gradual mechanisms19
231390479charles lyellconcluded that geologic processes are operating today as well as in the past and at the same rate20
87596127lamarck's hypothesis of evolution1. use and disuse: as parts of the body that are extensively used, and therefore become larger and stronger, some parts will deteriorate. 2. inheritance of acquired characteristics: an organism could pass these modifications off to its offspring21
1414909158wallaceco-published natural selection paper with darwin22
417453706thomas malthusstated that society cannot grow indefinitely due to the limits of population growth in the environment and resources23
411538449the unity of lifethe descent of all organisms from an ancestor that lived in the remote past24
485012335the diversity of lifegenes vary in a population, so the specific inherited genes give a higher probability of surviving and leaving more offspring25
405475463the match between organisms and their environmentspecies produce more offspring than the environment can support, so this unequal ability of individuals to survive and reproduce will lead to accumulation of favorable traits in the population over generations26
865713575evolutionary adaptationrelated species have diverse phenotypes due to evolving in different environments27

Campbell 7th Edition Chapter 21 Gentic Basis for Development Flashcards

Terms : Hide Images
1245434755MorphogenesisThe process of giving shape to an organism and its parts.0
1245434756TotipotenceWhen a single somatic cell can give rise to all cell types and create an entire organism. Example is the carrot cell develops into a whole carrot plant.1
1245434757PluripotentCan differentiate to one cell fate.2
1245434758Cell determinationPrecedes cell differentiation and involves expression of genes for specific tissue proteins.3
1245434759InductionThe induction of nearby cells by embryonic cells via cell signaling, which cause transcriptional changes.4
1245434760Pattern formationThe development of organization in plants and animals, usually during the juvenile stages. In plants this occurs continually.5
1245434761Axis developmentAxis body positions are established early in development. Maternal effect genes code for cytoplasmic determination of position, an example is drosphilia body axis formation by egg polarity genes.6
1245434762MorphogenA bicoid mRNA that translates a bicoid protein to determine the anterior end of an early embryo.7
1245434763Gap genesProduce proteins that direct formation of segments after the embryo's major body axes are formed. Part of Segmentation formation.8
1245434764ApoptosisProgrammed cell death cell signaling, non-inflammatory, apoptotic bodies.9
1245434765homeoboxA transcription factor protein of 180 base pairs encodes a homeo domain that when activated can bind DNA. Homeobox mutations can affect organ development.10

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