Big Bad
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🇬🇧 | 🇬🇧 |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
NA | NA |
The steps for translation are - | RRNA reads the mRNA by three nucleotides nitrogen bases (codons) at a time, codons serve as the code for amino acids in proteins, |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
Protein synthesis | Proteins are created to give the cell it's characteristics from RNA and DNA |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
DNA replication | DNA is copied when a new cell is created |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
Checkpoint | Newly replicated DNA is checked for errors before the cell divides |
DNA is: | The instructional genetic code that directs the creation and formation of proteins in a cell |
RNA is: | Functions from the DNA, and creates the proteins |
Nucleotide is: | Deoxyribose Sugar found in DNA, Ribose in RNA, Phosphate, and Nitrogen bases |
Base pairing | Hydrogen bonds connect different chemicals that form RNA, the process takes place in the DNA |
Sugar phosphate backbones | The double-helix strands that DNA has |
Protein macromolecules | Traits are expressed by proteins, hormone messengers, transportation of substances, enzyme proteins speed up reactions, |
Amino acids: | Monomer building block, different proteins have different functions because they have different amount of amino acids |
Types of RNA: | MRNA, tRNA, rRNA |
Transcription | Where messager RNA, mRNA, is made, which sends the DNA's instructions to a Ribosome organelle outside the nucleus |
Translation | Where ribosomal RNA, rRNA, translates the instructional code of DNA, and makes the instructed protein |
Ribosomes - | Make proteins |
Ribosomes are located in on the ---- | Rough endoplasmic reticulum |
The steps of transcription are - | Enzyme unzips DNA, mRNA is created by matching RNA nucleotides with the DNA strand |
Why is mRNA needed instead of just DNA itself? | MRNA is small enough to leave the nucleus |
Base pairing rules for DNA are | C - G and A - T |
Base pairing rules for RNA are | C - G and A - U |
The steps for translation are - | RRNA reads the mRNA by three nucleotides nitrogen bases (codons) at a time, codons serve as the code for amino acids in proteins. transfer RNA, tRNA, distributes the correct amino acids to each codon on the mRNA strand based on matching anti-codon, ribosomes link the amino acids together and they detach and become a protein |
Chromosomes are created by - | Additional enzymes during Transcription that make copies of DNA, and then split |
What macromolecules are also hormone chemical messengers | Lipids and proteins |
Proteins provide ---- | Structure |
Proteins express ----- | Traits |
Proteins like enzymes will ----- | Speed up reactions |
Proteins ______ substances | Transport |
Base pairing will ---- | Connect nitrogen bases |
RNA is ____ stranded | Single |
Ribosomes are made by the | Rough endoplasmic reticulum |
Nucleotides make up | Codons |
Carcinogens cause | Cancer |
Mutations can be | Good or bad |
Down syndrome is a ______ mutation type | Duplication |
Sickle cell anemia is a ________ mutation | Substitution |
DNA will condense into -- | Chromosomes |