How do you convert pg/ml to pmol L?

ENDMEMO

  1. pg/mL = 0.272405 pmol/L.
  2. pg/mL = 0.544811 pmol/L.
  3. pg/mL = 0.817216 pmol/L.
  4. pg/mL = 1.089621 pmol/L.
  5. pg/mL = 1.362027 pmol/L.
  6. pg/mL = 1.634432 pmol/L.
  7. pg/mL = 1.906837 pmol/L.
  8. pg/mL = 2.179243 pmol/L.

Is pg/ml same as pmol L?

The mass of melatonin being 232 Da (wikipedia), a concentration of 1 pmol/l is equivalent to 0.232 pg/ml. If their assay volume is 126 µl, 1 fmol/well is equivalent to a concentration of 7.93 pmol/l or 1,84 pg/ml.

What units is estradiol measured in?

Doctors measure estradiol levels in picograms per milliliter (pg/ml). In premenopausal females, normal estradiol levels are 30 to 400 pg/ml. In postmenopausal females, normal estradiol levels are 0 to 30 pg/ml. In males, normal estradiol levels are 10 to 50 pg/ml.

How do you convert Pol ml to nmol L?

To convert ng/ml to nmol/L multiply the ng/ml by 2.5 for example 50 ng/ml is equivalent to 125 nmol/L.

What is pg mL?

Some medical tests report results in picograms per milliliter (pg/mL). A picogram is one-trillionth of a gram. A gram is about 1/30 of an ounce. A milliliter measures fluid volume equal to one-thousandth of a liter.

Is pg/mL the same as ng L?

pg/mL↔ng/L 1 pg/mL = 1 ng/L.

How do you convert pmol L to nmol L?

pmol/l↔nmol/l 1 nmol/l = 1000 pmol/l.

What should my estradiol level be?

According to Mayo Medical Laboratories, normal levels of estradiol (E2) for menstruating women range from 15 to 350 picograms per milliliter (pg/mL). For postmenopausal women, normal levels should be lower than 10 pg/mL. Estradiol levels that are higher than normal may suggest: early puberty.

What should the range be for estradiol?

Normal levels for estradiol are: 30 to 400 pg/mL for premenopausal women. 0 to 30 pg/mL for postmenopausal women. 10 to 50 pg/mL for men.

Is pg/mL the same as ng mL?

pg/mL↔ng/ml 1 ng/ml = 1000 pg/mL.

How do you convert ng/mL to nM?

The simple formula is: ( µg/mL ) = ( µM ) * ( MW in KD) , ( ng/mL ) = ( nM ) * ( MW in KD) , ( pg/mL ) = ( pM ) * ( MW in KD) . For example: If the protein molar concentration is labeled as 2 µM, and the MW of the protein is 40 KD, then this protein product’s mass concentration will be 2 ( µM ) * 40 ( KD ) = 80 µg/mL.