Protein Degradation Crossword Puzzle

Protein Degradation crossword puzzle printable. Download, print and start playing. You can add your own words to customize or start creating from scratch.

Recommended: Check out this Advance Crossmaker Maker to create commercial use printable puzzles.

Title

Words List(answer : question or clue)


Shuffle questions

Puzzle Size:

Font / Cell Box Style


TIP: Use update button to toggle answers or apply styles like font, cell spacing, cell shades, puzzle size or paper output without generating the new puzzle.
Generate New Update Style Browse Gallery
Protein Degradation Crossword Puzzle

Make sure to regenerate the puzzle to apply any changes.

Select an option:


Output:  

Download Print

Try this another Crossword Puzzle Maker with different layouts.

Download will include unfilled worksheet and an answer key sheet.

QUESTIONS LIST: ubiquitin: protein present in eukaryotic cells that marks proteins for degradation, acetyl coa: the carbon skeletons of ile, leu, and trp give rise to this molecule, arginine: carbon skeleton of this molecule is conserved as fumarate, oxygenases: enzymes required for degradation of aromatic amino acids, fumarate: molecular link between the urea cycle and the citric acid cycle, alanine: nitrogen atoms from bcaas used for fuel in the muscles are transported to the liver for degradation as this molecule, mitochondria: deamination of amino acids occurs in this cellular location, pyruvate: the carbon skeleton of ala, cys, gly, ser, thr, and trp give rise to this molecule, liver: major site of amino acid degradation, pyridoxal phosphate: coenzyme of all aminotransferase enzymes, responsible for formation of schiff base, glucogenic: term for amino acids that eventually give rise to glucose after degradation, ammoniotelic: term used to describe organisms that release n as nh4+ , gdh: abbreviation for the enzyme that catalyzes the oxidative deamination reaction responsible for liberating free nh4+, four: number of ub molecules that is required to send a strong degradation signal, cytoplasm: hydrolysis of arginine to produce urea and ornithine occurs in this cellular location , lysine: amino acid residue that reacts with ubiquitin to form an isopeptide bond and tag a protein for degradation , ketogenic: term for amino acids that give rise to ketone bodies or fatty acids after degradation