Small To Big Game

Front 1

Please order;

Bactierial cell, plant cell, carbon, eukaryotic cell

Back 1

Carbon, bacterial cell, eukaryotic cell, plant cell

Front 2

Order from smallest to largest:

Sucrose, pentode, nucleus, cell

Back 2

Pentose, sucrose, nucleus, cell

Front 3

Order: Endoplasmic reticulum, maltose, ribose, eukaryotic cell

Back 3

Ribose, maltose, ER, Eukaryotic Cell

Front 4

Order: ER, Oxygen, dATP, glycine

Back 4

The order is: oxygen, glycine, dATP, endoplasmic reticulum

Front 5

order smallest to largest: disaccharide, cell, nucleus, pentose

Back 5

pentose , disaccharide, nucleus, cell

Front 6

Order smallest to largest: plant cell, eukaryotric cell, polypeptide, bacterial cell

Back 6

polypeptide, bacterial cell, eukaryotic cell, plant cell

Front 7

Order: proteins bind to the origin of replication, replication forks merge DNA polymerase is released, dNTP is hydrolyzed to release pyrophosphate

Back 7

proteins bind to the origin of replication, dNTP is hydrolyzed to release pyrophosphate (by product of DNA Replication), replication forks merge, DNA polymerase is released

Front 8

Order smallest to largest: bacterial cell, plant cell, atom, eukaryotic cell

Back 8

atom , bacterial cell, eukaryotic cell, plant cell

Front 9

order: cell, endoplasmic reticulum, nucleotide, ribose

Back 9

ribose, nucleotide (made up of ribose), endoplasmic reticulum, cell

Front 10

Order: guanine, atom, ribosome, amino acid

Back 10

atom, amino acid, guanine, ribosome

Front 11

Order: replication is complete, replication forks approach each other to merge, proteins bind to the origin of replication, dNTP is hydrolyzed to release pyrophosphate

Back 11

proteins bind to the origin of replication, dNTP is hydrolyzed to release pyrophosphate, replication forks approach each other to merge , replication is complete

Front 12

Order: plant cell, bacterial cell, dTTP, eukaryotic cell

Back 12

dTTP, bacterial cell, eukaryotic cell, plant cell

Front 13

Order: 16S rRNA binds to Shine-Dalgarno box, stop codon is reached, charged tRNA enters the A-site, if a proprotein it is cleaved

Back 13

16S rRNA (component of 30S small subunit odf ribosome) binds to Shine-Dalgarno box, charged tRNA enters the A-site, stop codon is reached, if a proprotein (any protein cleaved by convertase to form smaller protein) will be cleaved

Front 14

Order: deoxyribose, nucleus, prokaryotic cell, sucrose

Back 14

deoxyribose, sucrose , nucleus, prokaryotic cell

Front 15

Order: TRANCRIPTIONINITIATION, intrinsic termination stem/loop forms, NTP hydrolyzes to release pyrophosphate, core enzyme leaves the DNA polymer

Back 15

TRANCRIPTIONINITIATION, NTP (nucleoside triphosphate) hydrolyzes to release pyrophosphate (byproduct of DNA redplication), intrinsic termination stem/loop forms, core enzyme leaves the DNA polymer

Front 16

Order: eukaryotic cell, ribose, cytosine, nucleolus

Back 16

ribose, cytosine, nucleolus, eukaryotic cell

Front 17

Order: prokaryotic cell, atom, endoplasmic reticulum, aldehyde

Back 17

atom , aldehyde, endoplasmic reticulum, prokaryotic cell

Front 18

Order: hemoglobin, nucleus, ribose, cell

Back 18

ribose, hemoglobin (protein), nucleus, cell

Front 19

Order: ribose, mitochondrion, bacterium, polysaccharide

Back 19

ribose, polysaccharide, mitochondrion , bacterium

Front 20

Order: ribosome, bacteria, deoxyribose, maltose

Back 20

deoxyribose, maltose, ribosome, bacteria

Hint 20

Front 21

Order: replication forks merge, DNA polymerase bind the DNA, DNA polymerase is released, a phosphodiester bond is formed

Back 21

DNA polymerase bind the DNA, a phosphodiester bond is formed, replication forks merge, DNA polymerase is released