REDOX is a chemical process involving the transfer of electrons between molecules, combining reduction (gain of electrons) and oxidation (loss of electrons). In word games, REDOX is a valuable 5-letter word worth 13 points in Scrabble, featuring the high-scoring X tile and representing essential scientific vocabulary.
Yes. REDOX is in the Scrabble-style word list used by our tools and scores 13 points in Scrabble, 13 in Words With Friends and 13 in Wordfeud (base tile values, no board multipliers). Always check the dictionary your game uses (NWL, Collins or the WWF list) before playing.
| Letter | R | E | D | O | X | Total |
|---|---|---|---|---|---|---|
| Scrabble | 1 | 1 | 2 | 1 | 8 | 13 |
| Words With Friends | 1 | 1 | 2 | 1 | 8 | 13 |
| Wordfeud | 1 | 1 | 2 | 1 | 8 | 13 |
Redox reactions power life itself—from the cellular respiration that fuels every breath to the photosynthesis that feeds the planet. This portmanteau of "reduction" and "oxidation" describes coupled electron transfer processes that drive chemistry, biology, and technology. Understanding redox means grasping how batteries store energy, how rust forms, how cells generate ATP, and how life emerged from primordial chemical soup.
The term emerged in the 1920s as chemists recognized that reduction and oxidation always occur together. When one substance loses electrons (oxidation), another must gain them (reduction). This electron exchange drives chemical change. Early definitions focused on oxygen—oxidation meant gaining oxygen, reduction meant losing it. Modern understanding centers on electron transfer, revealing redox reactions everywhere from combustion to corrosion, metabolism to metallurgy.
In biological systems, redox reactions form the foundation of energy metabolism. The mitochondrial electron transport chain passes electrons through protein complexes, pumping protons to create the gradient that drives ATP synthesis. Photosynthesis splits water molecules, stealing electrons to reduce carbon dioxide into sugars. Antioxidants like vitamin C donate electrons to neutralize free radicals. Life balances on a knife-edge of redox potential, with cells maintaining precise oxidation states for survival.
"Redox" emerged in 1928 as a portmanteau combining "reduction" and "oxidation," coined by chemist Leonor Michaelis. "Reduction" derives from Latin "reducere" (to lead back), originally describing the process of extracting metals from ores—literally "reducing" them to pure form. "Oxidation" comes from French "oxider" (1787), from "oxide" + "-ation," initially meaning combination with oxygen. The genius of "redox" lies in recognizing these as coupled processes—one substance's oxidation requires another's reduction. The term gained widespread use after 1940 as electron-transfer theory clarified these reactions' fundamental nature.
Anagrams: no other word uses exactly the letters of REDOX.
Hooks: no front hooks; no back hooks.
Words inside REDOX: 23 shorter words can be made from these letters – highest scoring: DEXREXEXOXDOERDOREREDORODEDOEDORODERED. See all words from REDOX.