| # |
Definition |
Sets |
| 1 |
the branch of biology that studies the structure and activity of macromolecules essential to life (and especially with their genetic role) |
149 sets |
| 2 |
the study of the molecular basis of genes and gene expression; molecular genetics |
146 sets |
| 3 |
the study of the molecular basis of genes and gene expression |
93 sets |
| 4 |
the study of how dna directs protein synthesis |
57 sets |
| 5 |
the study of the molecular basis of genes and gene expression; molecular genetics. |
50 sets |
| 6 |
the study of heredity at the molecular level |
43 sets |
| 7 |
comparisons of dna and amino acid sequences between different organisms reveal evolutionary relationships |
34 sets |
| 8 |
study of the molecular basis of genes and gene expression; molecular genetics |
31 sets |
| 9 |
studies how genetic information is carried in molecules of dna and how dna directs the synthesis of proteins |
25 sets |
| 10 |
biology at the molecular level |
17 sets |
| 11 |
the study of the biochemical and molecular processes within cells |
13 sets |
| 12 |
the study of sequence data (nucleotides, peptides) for common biological molecules such as dna, rna, and ribosomal proteins and how these sequences differ among species |
12 sets |
| 13 |
study of molecules that are found in cells |
11 sets |
| 14 |
study of how dna directs protein synthesis |
11 sets |
| 15 |
the study of the molecular basis of genes and gene expression. |
10 sets |
| 16 |
also known as molecular genetics; the study of the molecular basis of genes and gene expression. |
10 sets |
| 17 |
study of heredity at the molecular level |
10 sets |
| 18 |
specifically studies how genetic information is carried in molecules of dna and how dna directs the synthesis of proteins |
9 sets |
| 19 |
the study of dna and how it serves as the chemical basis of heredity |
9 sets |
| 20 |
the study of molecules that are found in cells |
8 sets |
| 21 |
the investigation of life at the level of its individual molecules |
8 sets |
| 22 |
the science dealing with dna and protein synthesis of living organisms |
8 sets |
| 23 |
the study of the molecular basis of heredity; molecular genetics. |
8 sets |
| 24 |
seeks to discover how cellular mechanisms of a living thing actually work |
8 sets |
| 25 |
examination of life at the level of individual molecules |
7 sets |
| 26 |
branch of biology that studies the structure and function of the macromolecules (e.g., proteins and nucleic acids) essential to life. |
7 sets |
| 27 |
the investigation of life at the level of its individual molecules. |
7 sets |
| 28 |
study of anatomical structures at a subcellular level |
7 sets |
| 29 |
the study of molecules critical to life |
7 sets |
| 30 |
the study of the biochemical and molecular interactions within living cells |
7 sets |
| 31 |
the science which seeks to discover how the mechanisms of living cells work |
6 sets |
| 32 |
the study of molecules |
5 sets |
| 33 |
studies the overall similarity of dna and produces estimates of relationship similar to other lines of evidence |
5 sets |
| 34 |
the study of molecular basis of genes and gene expression; molecular genetics |
5 sets |
| 35 |
study of molecules critical to life |
5 sets |
| 36 |
the branch of biology that studies the structure and activity of macro-molecules essential to life (and especially with their genetic role) |
5 sets |
| 37 |
the comparison of dna |
5 sets |
| 38 |
study of the molecular basis of genes and gene expression |
5 sets |
| 39 |
the study of gene structure and function. |
4 sets |
| 40 |
🔎the study of how dna directs protein synthesis
🔎use molecular level to explain biological processes or observation
📌study dna, rna & proteins
📌dna-rna-proteins |
4 sets |
| 41 |
• comparing dna and protein structure
• live uses a universal genetic code
• all organisms use dna as their genetic material
• the code used by all ribosomes is universal. a bacteria can make a human protein if given the proper recipe |
4 sets |
| 42 |
the branch of biology that studies the structure and activity of macro molecules essential to life (and especially with their genetic role) |
4 sets |
| 43 |
the examination of life at the level of individual molecules |
4 sets |
| 44 |
study of molecular basis of genes and gene expression |
4 sets |
| 45 |
the branch of biology that studies the structure and activity of macromolecules essential to life |
4 sets |
| 46 |
the study of molecular basis of genes and gene expression |
4 sets |
| 47 |
similarities in dna |
3 sets |
| 48 |
examines the nucleotide and amino acid sequences of dna and proteins from different species |
3 sets |
| 49 |
seeks to discover how cellular mechanisms work |
3 sets |
| 50 |
the study of heredity at a molecular level |
3 sets |
| 51 |
the study of molecules found in living things. |
3 sets |
| 52 |
the study of similarity in proteins etc. degree of similarity among amino acid sequeces corresponds to relatedness. (relationships between humans and 5 other species are based on hemoglobin comparisons.) similarities in rrna. similarites in noncoding sequences; aka: fossil dna. |
3 sets |
| 53 |
the study of the cell's chemical processes |
3 sets |
| 54 |
seeks to discover how the mechanisms of living cells work |
3 sets |
| 55 |
the study that supports darwin's theory that all life forms are descended from the earliest organisms. |
3 sets |
| 56 |
biology of molecular level |
3 sets |
| 57 |
similarities among organisms at the molecular level |
3 sets |
| 58 |
universal genetic code
homologous molecules
differences in amino acid sequences and dna sequences are greater between species that are more distantly related than between species that are more closely related |
3 sets |
| 59 |
noun- a branch of biology that deals with the nature of biological phenomena at the molecular level through the study of dna and rna, proteins, and other macromolecules involved in genetic information and cell function, characteristically making use of advanced tools and techniques of separation, manipulation, imagine, and analysis. |
3 sets |
| 60 |
study cell function at the molecular and genetic level |
3 sets |
| 61 |
dna and proteins |
3 sets |
| 62 |
chemistry and physics of the molecules that constitute living things |
3 sets |
| 63 |
used to compare nucleotide sequences in dna and rna and amino acid sequences in proteins of different organisms |
3 sets |
| 64 |
dna sequences are similar in related organisms |
3 sets |
| 65 |
the study of the biochemical and molecular processes within cells. |
3 sets |
| 66 |
the study of genes and gene expression |
3 sets |
| 67 |
study of anatomical structures at a sub cellular level |
3 sets |
| 68 |
the branch of science devoted to the studies of the structure, function and the reactions of dna, rna and other molecules involved in life processes |
3 sets |
| 69 |
dna sequences |
3 sets |
| 70 |
similar cell structure in different organisms |
3 sets |
| 71 |
is the branch of biology that deals with the molecular basis of bioogical activity |
2 sets |
| 72 |
study of similarities and differences in molecular material (dna) among organisms |
2 sets |
| 73 |
how molecules conduct metabolism to sustain life |
2 sets |
| 74 |
aerobic organisms contain cytochrome c, but it is different in humans and oak trees |
2 sets |
| 75 |
branch of biology that is concerned with studying dna and the human genome |
2 sets |
| 76 |
•the study of the molecular basis of genes and gene expression; molecular genetics |
2 sets |
| 77 |
molecular basis of heredity |
2 sets |
| 78 |
the study of the biochemical and molecular process within cells |
2 sets |
| 79 |
enables biologists to read a molecular history of evolution in the dna sequences of organisms |
2 sets |
| 80 |
specifically studies how genetic information is carried in molecules of dna and how dna directs the synthesis of proteins. |
2 sets |
| 81 |
the study of the molecular genetics, dna |
2 sets |
| 82 |
the study of how dna directs protein synthesis. |
2 sets |
| 83 |
study of anatomical structures at a subcellular level. |
2 sets |
| 84 |
all species share a common genetic code, suggesting that all forms of life are related through branching evolution from the earliest organisms. comparisons of dna and proteins provide evidence of evolutionary relationships.(evidence of evolution) |
2 sets |
| 85 |
examines the nucleotide and amino acid sequences of dna and proteins from different species. |
2 sets |
| 86 |
studies how genetic info is carried in molecules of dna and how dna directs the synthesis of proteins |
2 sets |
| 87 |
study of dna |
2 sets |
| 88 |
molecules have shapes. their anatomy is indicative of how it functions in the body |
2 sets |
| 89 |
molecules associated with biology |
2 sets |
| 90 |
science dealing with dna and protein synthesis of living organisms. |
2 sets |
| 91 |
molecular level of nucleotide / amino acid sequences ex) more than 98% of nucleotide sequences between humans & chimps are the same |
2 sets |
| 92 |
comparison of dna and amino acid sequences between different organisms reveal evolutionary relationships |
2 sets |
| 93 |
studies how genetic information is carried in moleculs of dna and how dna directs the synthesis of proteins |
2 sets |
| 94 |
分子生物學 |
2 sets |
| 95 |
the science that seeks to discover how the mechanisms of living cells work |
2 sets |
| 96 |
study of biological molecules |
2 sets |
| 97 |
branch of biology that deals with building blocks of cells? |
2 sets |
| 98 |
how genetic information is carried in molecules of dna and how it directs the synthesis of proteins |
2 sets |
| 99 |
study of how genetic information is carried in molecules of dna and how dna directs the synthesis of proteins |
2 sets |