ubiquitin

As a noun ubiquitin

is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins.

As an adjective false is

(label) one of two states of a boolean variable; logic.

As a noun ubiquitin

is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins.

As an adjective undefined is

lacking a definition or value.

As nouns the difference between ubiquinone and ubiquitin

is that ubiquinone is any of several quinones that have a role in cellular respiration while ubiquitin is any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins.

As nouns the difference between taxonomy and ubiquitin

is that taxonomy is the science or the technique used to make a classification while ubiquitin is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins.

As nouns the difference between ubiquitin and ubistatin

is that ubiquitin is any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins while ubistatin is any of a class of compounds that inhibit proteasome-dependent degradation of proteins by binding the ubiquitin chain.

As nouns the difference between ubiquitin and oligoubiquitination

is that ubiquitin is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins while oligoubiquitination is (biochemistry) repeated ubiquitination to add a small number of ubiquitin molecules.

As nouns the difference between ubiquitin and oligoubiquitin

is that ubiquitin is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins while oligoubiquitin is (biochemistry) a small number of linked ubiquitin molecules, especially when formed by oligoubiquitination.

As nouns the difference between ubiquitin and multiubiquitination

is that ubiquitin is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins while multiubiquitination is (biochemistry) ubiquitination with multiple ubiquitin molecules.

As nouns the difference between ubiquitin and nonlysine

is that ubiquitin is (protein) any of a class of small protein, or polypeptide, present in the cells of all eukaryotes; they play a part in modifying and degrading proteins while nonlysine is (biochemistry) used attributively to describe any amino acid other than lysine, especially when linked to ubiquitin.