fluid.binnie.dna.raw=Liquid DNA
fluid.binnie.bacteria=Bacteria
fluid.binnie.growthMedium=Growth Medium
fluid.binnie.bacteriaPoly=Polymerizing Bacteria
fluid.binnie.bacteriaVector=Bacteria Vector

genetics.item.fieldKit.name=Field Kit
genetics.item.fieldKit.tooltip.noPaper=No paper
genetics.item.fieldKit.tooltip.sheetsOfPaper=%d sheets of paper
genetics.item.fieldKit.tooltip.sheetOfPaper=%d sheet of paper

item.misc.name=Resource
genetics.item.casingIron.name=Reinforced Casing
genetics.item.dnaDye.name=DNA Dye
genetics.item.dyeFluor.name=Fluorescent Dye
genetics.item.enzyme.name=Enzyme
genetics.item.growthMedium.name=Growth Medium
genetics.item.sequencerEmpty.name=Blank Sequence
item.serum.name=Empty Serum Vial
genetics.item.serumEmpty.name=Empty Serum Vial
item.serumArray.name=Empty Serum Array
genetics.item.genomeEmpty.name=Empty Serum Array
genetics.item.cylinderEmpty.name=Glass Cylinder
genetics.item.integratedCircuit.name=Integrated Circuit Board
genetics.item.integratedCPU.name=Integrated CPU
genetics.item.casingCircuit.name=Integrated Casing
item.analyst.name=Analyst
genetics.item.analyst.name=Analyst
item.database.name=Gene Database
genetics.item.database.0.name=Gene Database
genetics.item.database.1.name=Master Gene Database
item.registry.name=Registry
genetics.item.registry.0.name=Registry
item.masterRegistry.name=Registry
genetics.item.registry.1.name=Master Registry
genetics.item.serum.name=%s Serum
genetics.item.serumArray.name=%s Serum Array

genetics.item.sequence=DNA Sequence
genetics.item.sequence.0=Very Faint
genetics.item.sequence.1=Faint
genetics.item.sequence.2=Weak
genetics.item.sequence.3=Average
genetics.item.sequence.4=Strong
genetics.item.sequence.5=Very Strong

genetics.gene.charge.empty=Empty
genetics.gene.charge.one=1 Charge
genetics.gene.charge.many=%d Charges
genetics.gene.more=%d more genes. Hold shift to display

item.sequence.name=DNA Sequence
genetics.sequence.corrupted=Corrupted Sequence
genetics.sequence.descriptor=%s DNA Sequence
genetics.sequence.unknown=<Unknown>
genetics.sequence.unsequenced=Unsequenced
genetics.sequence.fully=Fully Sequenced
genetics.sequence.partially=Partially Sequenced (%d%%)

tile.machine.name=Isolator
genetics.machine.machine.isolator=Isolator
genetics.machine.machine.isolator.info=The Isolator takes a random allele from a bee, tree or other individual and copies it into an empty sequence vial. This requires the use of ethanol as a solvent and an enzyme to cut up the DNA. The unsequenced serums can then be amplified in a Polymeriser and sequenced in a Sequencer. This process has a small chance to destroy the individual.
genetics.machine.isolator.error.noIndividual=No individual to isolate
genetics.machine.isolator.error.noRoom=No room for DNA sequences
genetics.machine.isolator.error.noVials=No empty sequencer vials
genetics.machine.isolator.error.noLiquid=Insufficient ethanol
genetics.machine.isolator.error.noEnzyme=No enzyme

genetics.machine.machine.sequencer=Sequencer
genetics.machine.machine.sequencer.info=The Sequencer takes unsequenced serums and determines which allele is present in them. This process is slow and requires the use of fluorescent dye.
genetics.machine.sequencer.unsequencedDNA=Unsequenced DNA
genetics.machine.sequencer.error.noSequence=No DNA sequence
genetics.machine.sequencer.error.noOwner.title=No Owner
genetics.machine.sequencer.error.noOwner=Replace this block to claim this machine
genetics.machine.sequencer.error.noSpace=No space for empty sequences
genetics.machine.sequencer.error.noDye=Insufficient Dye
genetics.machine.sequencer.gui.sequensedBy=Genes will be sequenced by %s
genetics.machine.sequencer.gui.willNotSave=Userless. Will not save sequences

genetics.machine.machine.polymeriser=Polymeriser
genetics.machine.machine.polymeriser.info=The Polymeriser fills empty serums with Raw DNA and replicating bacteria. This process can be accelerated using gold nuggets. 
genetics.machine.polymeriser.error.noItem=No item to replicate
genetics.machine.polymeriser.error.itemFilled=Item Filled
genetics.machine.polymeriser.error.noLiquid=Insufficient Bacteria
genetics.machine.polymeriser.error.noDNA=Insufficient DNA
genetics.machine.polymeriser.replicatingWithGene=Replicating with 1 gene
genetics.machine.polymeriser.replicatingWithGenes=Replicating with %d genes
genetics.machine.polymeriser.unfilledSerum=Unfilled Serum

genetics.machine.machine.inoculator=Inoculator
genetics.machine.machine.inoculator.info=The Inoculator uses serums to add genes to breedable individuals. This process is very slow and requires a Bacteria Vector, but is always successful.  
genetics.machine.inoculator.error.noIndividual=No Individual to Inoculate
genetics.machine.inoculator.error.noSerum=No Serum
genetics.machine.inoculator.error.noLiquid=Not enough liquid
genetics.machine.inoculator.error.emptySerum.title=Empty Serum
genetics.machine.inoculator.error.emptySerum=Serum is empty
genetics.machine.inoculator.error.invalidSerum.title=Invalid Serum
genetics.machine.inoculator.error.invalidSerum.0=Serum does not hold any genes
genetics.machine.inoculator.error.invalidSerum.1=Mismatch of Serum Type and Target
genetics.machine.inoculator.error.defunctSerum.title=Defunct Serum
genetics.machine.inoculator.error.defunctSerum=Individual already possesses this allele
genetics.machine.inoculator.inoculatingWithGene=Inoculating with 1 gene
genetics.machine.inoculator.inoculatingWithGenes=Inoculating with %d genes
genetics.machine.inoculator.inoculableIndividual=Inoculable Individual
genetics.machine.inoculator.serums=Serum Vials & Arrays

genetics.machine.labMachine.genepool=Genepool
genetics.machine.labMachine.genepool.info=The Genepool uses enzymes and ethanol to break down living things into DNA. During this process, all genetic information is lost and the source of the DNA is destroyed.
genetics.machine.genepool.error.noIndividual=No Individual
genetics.machine.genepool.error.noRoom=Not enough room in Tank
genetics.machine.genepool.error.noEthanol=Not enough Ethanol
genetics.machine.genepool.error.insufficientEnzyme=Insufficient Enzyme

tile.labMachine.name=Lab Stand
genetics.machine.labMachine.labMachine=Lab Stand

genetics.machine.labMachine.analyser=Analyzer
genetics.machine.labMachine.analyser.info=The Analyzer takes breedable individuals and DNA sequencers and analyzes them to determine the genes present. This requires DNA Dye, created from purple dye and glowstone
genetics.machine.analyser.dnaDye=DNA Dye
genetics.machine.analyser.unanalysedItem=Unanalyzed Item
genetics.machine.analyser.error.alreadyAnalysed.title=Already Analyzed
genetics.machine.analyser.error.alreadyAnalysed=Item has already been analyzed
genetics.machine.analyser.error.insufficientDye.title=Insufficient Dye
genetics.machine.analyser.error.insufficientDye=Not enough DNA dye to analyze
genetics.machine.analyser.error.noItem=No item to analyze

genetics.machine.labMachine.incubator=Incubator
genetics.machine.labMachine.incubator.info=The Incubator combines liquids and items and allows them to sit at an ideal temperature to encourage bacterial growth. 
genetics.machine.incubator.error.noRecipe.title=No Recipe
genetics.machine.incubator.error.noRecipe=There is no valid recipe
genetics.machine.incubator.error.noLiquid=Not enough incubation liquid
genetics.machine.incubator.error.noRoom=No room for output

genetics.machine.labMachine.acclimatiser=Acclimatiser
genetics.machine.labMachine.acclimatiser.info=The Acclimatiser uses acclimatizing items to adjust the temperature and humidity tolerance of individuals. This process has only a small chance to succeed.
genetics.machine.acclimatiser.acclimatizingItems=Acclimatizing Items
genetics.machine.acclimatiser.error.noIndividual=No Individual to Acclimatise
genetics.machine.acclimatiser.error.noAcclimatizingItems=No Acclimatising Items
genetics.machine.acclimatiser.error.invalidAcclimatizingItems=Cannot Acclimatise this individual with these items

tile.advMachine.name=Splicer
genetics.machine.advMachine.splicer=Splicer
genetics.machine.advMachine.splicer.info=The Splicer is an incredibly powerful machine that is used to insert genes into individuals. This process is fast, but requires monumental amounts of power.
genetics.machine.splicer.error.noIndividual=No Individual to Splice
genetics.machine.splicer.error.noSerum=No Serum
genetics.machine.splicer.error.emptySerum.title=Empty Serum
genetics.machine.splicer.error.emptySerum=Serum is empty
genetics.machine.splicer.error.invalidSerum.title=Invalid Serum
genetics.machine.splicer.error.invalidSerum.0=Serum does not hold any genes
genetics.machine.splicer.error.invalidSerum.1=Mismatch of Serum Type and Target
genetics.machine.splicer.error.defunctSerum.title=Defunct Serum
genetics.machine.splicer.error.defunctSerum=Individual already possesses this allele
genetics.machine.splicer.splicableIndividual=Splicable Individual
genetics.machine.splicer.serums=Serum Vials & Arrays
genetics.machine.splicer.splicingIn.0=Splicing in %d/%d genes
genetics.machine.splicer.splicingIn.1=Splicing in %d/%d gene
genetics.machine.splicer.splicingIn.2=Splicing in %d genes
genetics.machine.splicer.splicingIn.3=Splicing in %d gene

genetics.gui.geneBank=Gene Bank
genetics.gui.geneBank.info=Info
genetics.gui.geneBank.stats=Stats
genetics.gui.geneBank.ranking=Ranking
genetics.gui.geneBank.project=Full Genome Project
genetics.gui.geneBank.sequencedGenes=Sequenced %d/%d Genes
genetics.gui.geneBank.sequencedGenes.short=%d/%d Genes

genetics.gui.analyst.info=Add a bee, tree, flower or butterfly to the top left slot. DNA Dye is required if it has not been analysed yet. This dye can also convert vanilla items to breedable individuals.
genetics.gui.analyst.registry=Registry
genetics.gui.analyst.page.hours=%s hours.
genetics.gui.analyst.page.minutes=%s min.
genetics.gui.analyst.page.seconds=%s sec.
genetics.gui.analyst.chromosome.active=Active: %s
genetics.gui.analyst.chromosome.inactive=Inactive: %s
genetics.gui.analyst.karyogram=Karyogram
genetics.gui.analyst.specimen=Specimen

genetics.gui.analyst.appearance=Appearance
genetics.gui.analyst.appearance.primaryColor=Primary Petal Color
genetics.gui.analyst.appearance.secondColor=Secondary Petal Color
genetics.gui.analyst.appearance.stemColor=Stem Color

genetics.gui.analyst.behaviour=Behaviour
genetics.gui.analyst.behaviour.effect=Effect: %s
genetics.gui.analyst.behaviour.pollinatesNearby=Pollinates nearby
genetics.gui.analyst.behaviour.withinBlocks=Within %d blocks
genetics.gui.analyst.behaviour.everyTime=Every %s
genetics.gui.analyst.behaviour.territory=Territory: %dx%dx%d
genetics.gui.analyst.behaviour.metabolism=Metabolism: %s

genetics.gui.analyst.biology=Biology
genetics.gui.analyst.biology.allDay=Active all day and night
genetics.gui.analyst.biology.night=Active at night
genetics.gui.analyst.biology.day=Active during the day
genetics.gui.analyst.biology.notRain=Cannot work during rain
genetics.gui.analyst.biology.rain=Can work during rain
genetics.gui.analyst.biology.underground=Can work underground
genetics.gui.analyst.biology.notUnderground=Cannot work underground
genetics.gui.analyst.biology.flammable=Flammable
genetics.gui.analyst.biology.nonflammable=Nonflammable
genetics.gui.analyst.biology.sappiness=Sappiness: %s
genetics.gui.analyst.biology.fertility.drones=%d drones per hive
genetics.gui.analyst.biology.fertility.drone=1 drone per hive
genetics.gui.analyst.biology.fertility.moths=Lays %d caterpillars before dying
genetics.gui.analyst.biology.fertility.moth=Lays 1 caterpillar before dying
genetics.gui.analyst.biology.fertility.leaves=1 Sapling per %d leaves
genetics.gui.analyst.biology.fertility.leaf=1 Sapling per 1 leaf
genetics.gui.analyst.biology.caterpillarGestation=Caterpillar Gestation
genetics.gui.analyst.biology.flightSpeed=Flight Speed
genetics.gui.analyst.biology.blocksPerSec=%d blocks per second
genetics.gui.analyst.biology.mothSpawn.perLeaf=Butterflies spawn every\n%s per leaf
genetics.gui.analyst.biology.mothSpawn=Butterflies spawn every\n%s
genetics.gui.analyst.biology.plantTypes=Plant Types
genetics.gui.analyst.biology.averageLifespan=Average Lifespan
genetics.gui.analyst.biology.pollination=Pollination
genetics.gui.analyst.biology.seedDispersal=Seed Dispersal
genetics.gui.analyst.biology.perLifetime=%d per lifetime
genetics.gui.analyst.biology.mcDays=%s MC days

genetics.gui.analyst.climate=Climate
genetics.gui.analyst.climate.biomes=Biomes
genetics.gui.analyst.climate.humidity=Humidity Tolerance
genetics.gui.analyst.climate.temperature=Temp. Tolerance

genetics.gui.analyst.soil=Soil
genetics.gui.analyst.soil.moistureTolerance=Moisture Tolerance
genetics.gui.analyst.soil.pHTolerance=pH Tolerance
genetics.gui.analyst.soil.recommendedSoil=Recommended Soil
genetics.gui.analyst.soil.otherSoils=Other Soils

genetics.gui.analyst.genome.active=Active Genome
genetics.gui.analyst.genome.inactive=Inactive Genome

genetics.gui.analyst.growth=Growth
genetics.gui.analyst.growth.mature=Saplings mature in
genetics.gui.analyst.growth.height=Height: %s
genetics.gui.analyst.growth.girth=Girth: %s
genetics.gui.analyst.growth.conditions=Growth Conditions

genetics.gui.analyst.mutations=Mutations
genetics.gui.analyst.mutations.habitat=Natural Habitat
genetics.gui.analyst.mutations.habitat.any=Found in any Hive
genetics.gui.analyst.mutations.habitat.villagers=Bought from Villagers
genetics.gui.analyst.mutations.habitat.chest=Dungeon Chests
genetics.gui.analyst.mutations.resultantMutations=Resultant Mutations
genetics.gui.analyst.mutations.furtherMutations=Further Mutations
genetics.gui.analyst.mutations.chance=%d%% Chance
genetics.gui.analyst.mutations.chance.current=(%d%% currently)
genetics.gui.analyst.mutations.unknownMutation=Unknown Mutation
genetics.gui.analyst.mutations.unknown=UNKNOWN

genetics.gui.analyst.description=Description
genetics.gui.analyst.description.unknown=<Unknown>
genetics.gui.analyst.description.discoveredBy=Discovered by %s
genetics.gui.analyst.description.complexity=Genetic Complexity: %s

genetics.gui.analyst.produce=Produce
genetics.gui.analyst.produce.rate=Rate: %s
genetics.gui.analyst.produce.natural=Natural Products
genetics.gui.analyst.produce.speciality=Specialty Products
genetics.gui.analyst.produce.refined=Refined Products
genetics.gui.analyst.produce.centrifuge=Centrifuges to give:
genetics.gui.analyst.produce.squeezes=Squeezes to give:
genetics.gui.analyst.produce.everyTime=Every %s

genetics.gui.analyst.fruit=Fruit
genetics.gui.analyst.fruit.yield=Yield: %s
genetics.gui.analyst.fruit.natural=Natural Fruit
genetics.gui.analyst.fruit.speciality=Speciality Fruit
genetics.gui.analyst.fruit.refined=Refined Products
genetics.gui.analyst.fruit.possible=Possible Fruits
genetics.gui.analyst.fruit.none=This tree has no\nfruits or nuts

genetics.gui.analyst.wood=Wood
genetics.gui.analyst.wood.fireproof=Fireproof
genetics.gui.analyst.wood.flammable=Flammable
genetics.gui.analyst.wood.logs=Logs
genetics.gui.analyst.wood.products=Refined Products
genetics.gui.analyst.wood.noFruits=This tree has no\nfruits or nuts

genetics.nei.tip.loss=Loss:
genetics.nei.tip.noConsume=Not Be Consumed
genetics.nei.tip.effect=Effect: %s
genetics.nei.tip.temperature=Temperature
genetics.nei.tip.humidity=Humidity
genetics.nei.tip.processSpeed=%dx Processing Speed
genetics.nei.tip.rf=%dx Processing Speed
genetics.nei.tip.databaseDesc=Open the database and pick up an empty serum. Click the serum on Sequenced gene to apply.
