proton
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proton
Summary
proton is a type of quantum particle[1]. proton ranks in the top 5% of type_of_quantum_particle entities by monthly Wikipedia readership (5,750 views/month).[2]
Key Facts
- proton is credited with the discovery of Ernest Rutherford[3].
- proton's instance of is recorded as type of quantum particle[4].
- proton was followed by deuteron[5].
- proton's location of discovery is recorded as University of Manchester[6].
- proton is a type of nucleon[7].
- proton is a type of hydron[8].
- proton is part of atomic nucleus[9].
- proton is part of proton binding[10].
- proton is part of voltage-gated proton channel activity[11].
- proton is part of thiamine:proton symporter activity[12].
- proton is part of trehalose:proton symporter activity[13].
- proton is part of mannose:proton symporter activity[14].
- proton is part of fructose:proton symporter activity[15].
- proton is part of D-glucose:proton symporter activity[16].
- proton is part of allantoin:proton symporter activity[17].
- proton is part of amino acid:proton symporter activity[18].
- proton is part of proline:proton symporter activity[19].
- proton is part of carbohydrate:proton symporter activity[20].
- proton is part of alpha-glucoside:proton symporter activity[21].
- proton is part of glucosinolate:proton symporter activity[22].
- proton is part of glucose:proton symporter activity[23].
- proton is part of selenite:proton symporter activity[24].
- proton is part of myo-inositol:proton symporter activity[25].
- proton is part of folic acid:proton symporter activity[26].
- proton is part of sucrose:proton symporter activity[27].
Body
Definition and Type
proton's instance of is recorded as type of quantum particle[4]. Recorded subclass of include nucleon[7] and hydron[8].
Use and Application
Part of include atomic nucleus[9], a type of quantum particle[28]; proton binding[10]; voltage-gated proton channel activity[11]; thiamine:proton symporter activity[12]; trehalose:proton symporter activity[13]; and mannose:proton symporter activity[14].
Why It Matters
proton ranks in the top 5% of type_of_quantum_particle entities by monthly Wikipedia readership (5,750 views/month).[2] proton has Wikipedia articles in 30 language editions, a strong signal of global cultural recognition.[29] proton is known by 20 alternative names across languages and contexts.[30]