단백질 분자량 계산기
잔기 수로부터 단백질 분자량을 추정합니다(평균 110 Da/잔기).
상환 일정표
| # | 월 상환액 | 원금 | 이자 | 잔액 |
|---|---|---|---|---|
시간에 따른 성장
| 연도 | 투자 금액 | 값 |
|---|---|---|
소개
Protein Molecular Weight Calculator — Estimate protein MW from residue count (avg. 110 Da/residue). Enter Number of amino acid residues (estimate uses ~110 Da per residue) to get an instant, accurate result.
공식
Estimate only: molecular weight ≈ (number of residues × 110) + 18 Da, using an approximate average residue mass of ~110 Da plus 18 Da for the terminal water molecule. The actual molecular weight depends on the amino-acid composition/sequence; sequence-based tools such as ExPASy ProtParam, or the mass listed in a UniProt entry, give more accurate values.
단계별 안내
- Enter the Number of amino acid residues (estimate uses ~110 Da per residue).
- Click Calculate to see your result instantly.
실제 예시
Example: With Number of amino acid residues (estimate uses ~110 Da per residue) = 150, the Protein Molecular Weight Calculator gives Estimated Molecular Weight Da: 16518, Note: Estimate only: about 110 Da per residue plus 18 Da for the terminal water. The true molecular weight depends on the actual amino-acid composition/sequence; sequence-based tools (e.g. ExPASy ProtParam, or the mass listed in UniProt) give more accurate values..
자주 묻는 질문
Why is this only an estimate rather than an exact mass?
Why is 18 added at the end?
What inputs does the Protein Molecular Weight Calculator need?
How accurate is the Protein Molecular Weight Calculator?
Is the Protein Molecular Weight Calculator free to use?
단백질 분자량 계산기 소개
The Protein Molecular Weight Calculator uses a real, verifiable formula — Estimate only: molecular weight ≈ (number of residues × 110) + 18 Da, using an approximate average residue mass of ~110 Da plus 18 Da for the terminal water molecule. The actual molecular weight depends on the amino-acid composition/sequence; sequence-based tools such as ExPASy ProtParam, or the mass listed in a UniProt entry, give more accurate values. — so results are accurate every time, not an approximation.