Note the date of reconstitution, amount of water added, resulting concentration, and calculated draw volume for your target dose
This is why 20 mg/mL is the practical choice for anyone on a higher maintenance dose
According to the NHS, these neurological symptoms are classic indicators that your body is calling out for more B12
Formula: Units = (Target Dose in mg / Concentration in mg per mL) x 100 Or equivalently: Units = (Target Dose in mcg / mcg per unit) Examples for a 10mg/mL solution: For 1mg dose: (1 / 10) x 100 = 10 units For 2mg dose: (2 / 10) x 100 = 20 units For 4mg dose: (4 / 10) x 100 = 40 units For 8mg dose: (8 / 10) x 100 = 80 units For 12mg dose: (12 / 10) x 100 = 120 units (requires two draws from a 1mL syringe) Step 6: calculate total doses per vial Divide the total vial potency by your weekly dose to find how many weeks one vial covers
To have a dose of mcg pull the syringe to Warning: Syringe volume is not sufficient for specified dosage As with all research work, for successful peptide reconstitution absolute sterility and purity are required when preparing the conditions
Monitoring Response to B12 Injection Therapy Checking how well Vitamin B12 injections work involves looking at lab results and how the patient feels