What is the concentration in mg/L? In other words, how many milligrams of the salt would you need to weigh out and add to a liter of solution? First, begin by converting millimolar to molar: (10mmolMgCl21L)(1mol1000mmol)=0.010molMgCl21L Next, you can use the molar mass to find ...
You are supposed to add 0.1 mol of a substance with molecular weight = 354.9 to 1 liter of water. How much should you add? Determine the millimolar (mM) glucose concentration in Classic Coca Cola with a sugar content of 39 g per 355 ml. Assume that sugar means...
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Trey Suntrup:Sure. So I think if people are familiar with tracking ketones at all, they’re typically familiar with either blood testing or urinary testing. So we’ll start with the blood test. I think people understand thatblood testing is an accurate way to measure the concentration of ket...
As you can see, the interplay between insulin and glucagon secretions throughout the day help to keep your blood-glucose concentration constant, staying at about 90 mg per 100 ml of blood (5 millimolar). Glucagon At very high concentrations, generally above the maximum levels found in the body...
2 mM. Macroscopic current–voltage relationships (e.g. −80 to +80 mV) and differential high–low [Ca2+]o whole cell current measurements are routine ways to quantify putative connexin hemichannel currents. The 50% inhibitory concentration constant (IC50) for [Ca2+]o closure of Cx46 hemi...
how many grams of sucrose would I need to make 350mL of an 18% solution? Determine the millimolar (mM) glucose concentration in the plasma if the normal blood glucose is 80 mg/100 ml (also known as 80 mg%). Assume that most glucose is in the plasma. ...
As you can see, the interplay between insulin and glucagon secretions throughout the day help to keep your blood-glucose concentration constant, staying at about 90 mg per 100 ml of blood (5 millimolar). Glucagon At very high concentrations, generally above the maximum levels found in the body...
Even in combination, these bonds only provide a weak affinity to the ligand in the millimolar range. However, a strong affinity (micromolar to nanomolar range) is often obtained with multivalent interactions. Both carbohydrate-binding sites and ligands can be multivalent thanks to the branched ...