Plant structure/function exam 1 - Statistics

General Stats
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  • The average score is 10 of 67
Answer Stats
Hint Answer % Correct
Storage, turgidity of cells Vacuole
82%
Changes in DNA Mutation
64%
"Founder" of genetics, studied peas Mendel
55%
Move photosynthate from leaves to the roots/flowers/seeds, still alive at maturity, sieve tube elements in angiosperms, sieve cells in gymnosperms Phloem
45%
Appearance, Geonotype+epigenetic instructions+environment Phenotype
36%
Moves water/nutrients in bulk, die when maturity is reached, contain tracheid and vessel elements Xylem
36%
Photosynthetic production center, thylakoid membrane Chloroplasts
27%
Adventitious roots that grow from the stem after the plants have developed beyond embryo development Crown roots
27%
Outer layer "skin" of plants, including root hairs/trichomes/stomata guard cells Dermal tissue
27%
Alleles determine Genotype
27%
If two genes are located close together on a chromosome, the won't segregate independently Linkage
27%
Place of respiration, ATP production Mitochondria
27%
First cell of cell wall, usually less than a micrometer thick Primary cell wall
27%
Increase of width/diameter of shoots/roots Secondary growth
27%
Step one of central dogma, where RNA polymerase finds the gene which needs to be expressed and copies it Transcription
27%
Repetitive elements that can move or duplicate independently Transposons
27%
First genetically engineered plant Agrobacterium Tumefaciens
18%
Transcription factor required to inhibit bud outgrowth Branched1
18%
Main structural backbone or cell walls, composed of microfibrils that make microfibrils that make fibers, deposition of this determines cell expansion Cellulose
18%
Cambial layer that produces protective peristem Cork Cambium
18%
Folded/stacked membranes, deliver essential nutrients around the cell Endoplasmic Reticulum
18%
Connecting matter of cellulose, made of matrix polysaccharides, made in Golgi apparatus Hemicellulose
18%
Removes introns from genomic DNA strand mRNA
18%
Stores most genetic information, surrounded by nuclear envelope, dotted with nuclear pores (channels that are made up of nucleoporin proteins), contain chromosomes Nucleus
18%
Pollen develops in anther, eggs develop in ovule, pollen moves to stigma, pollen tubes transfer pollen towards eggs, nuclei of pollen meets egg Perfect flower pollination/fertilization
18%
Fluid mosaic model, lipid-protein structure, holds cell together by regulating inside and outside conditions, Hydrophilic heads, hydrophobic tails Plasma membrane
18%
Allows movement from cell to cell Plasmodesmata
18%
Make sure everything works together in central dogma Ribosomes
18%
Root growth region Root apical meristem
18%
Plastids (Chloroplasts, chromoplasts, leucoplasts, amyloplasts), mitochondria Semiautonomous organelles
18%
Xylem/Phloem Vascular tissue
18%
Secondary growth from meristematic tissue Cambium
9%
Connect adjacent cells, acts as exoskeleton, determines plant shape, acts as a diffusion barrier, provide anchor point for sensory proteins, act as a barrier for pathogens/parasites/herbivores, provide strength for xylem, made from cellulose, pectin, and hemicellulose Cell wall
9%
Entire segments are affected, from translocation/deletion/inversion/substitution Chromosome-level mutation
9%
Made from DNA and associated proteins Chromosomes
9%
Clustered Regularly Interspaced Short Palindromic Repeats, can create a "memory" of a piece of DNA and direct its sequence-specific degradation CRISPR
9%
Wound around histones to form nucleosomes DNA
9%
Living cells within thin primary walls, can keep dividing, crucial for regeneration/wound recovery, totipotency Ground tissue
9%
Cements individual cells together Middle lamella
9%
Main abundant component of cell walls Pectin
9%
Chloroplasts, chromoplasts, leucoplasts, amyloplasts Plastids
9%
Phase of plant development that results in new organs Primary growth
9%
Mendel principle, Individuals carry pairs of genes that separate during meiosis Principle of Segregation
9%
Determines the geometric arrangement of individual roots within the root system Root system architecture
9%
Thicker, stronger, and more fortified than primary cell walls (Made from different compounds) Secondary cell wall
9%
Cambial layer that produces wood within vascular tissue Vascular cambium
9%
Growth habit described by a weakly-branched plant, with a strong branching response to decapitation Apical dominance
0%
Adjacent to the transcription unit Cis-acting control elements
0%
Composed of microtubules and microfilaments Cytoskeleton
0%
ER, Nuclear envelope, Golgi apparatus, vacuole, endosomes Endomembrane systems
0%
Configuration of the genomic DNA to allow or block access to original template Epigenetic control
0%
One or few nucleotides are changed, from insertion/deletion/inversion/substitution Gene-level mutation
0%
Mendel principle, traits inherited from one gene are inherited differently from traits from other genes Independent assortment
0%
Points/localized regions of continuous cell divisions that enable growth in post-embryonic development Meristems
0%
Made from actin Microfilaments
0%
Grow by growing and shrinking of cells Microtubules
0%
Basic module of a plant, consisting of an internode, node, leaf, and auxiliary meristem Phytomers
0%
Control of mRNA stability, translation efficiency and degradation Posttranscriptional regulation
0%
Result of plant growth Primary plant body
0%
Determines activity/efficiency of the product Protein stability
0%
Adventitious roots that branch from the hypocotyl Seminal roots
0%
Top growth region, behind the leaf primordium Shoot apical meristem
0%
Precise gene replacement, base editing Targeted modifications
0%
Encode transcription factors/proteins encoded elsewhere in the genome Trans-acting factors
0%
Control of transcription initiation, maintenance of transcription, and termination Transcriptional regulation
0%
Each individual part of the gene sequence that is being added tRNA
0%
Sends gene/product to where it's needed Vesicles
0%
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