Since today was my monthly self phlebotomy day I thought I’d snap some pictures of my set up and all the things I use to pull this off in less then 20 minutes.
I do this method solo, no help from anyone. The 12" hemostat is the only way to really do this quickly so the blood doesn’t start clotting, allowing me to screw on and off the syringes quickly. Attaching the hemostat to the vinyl covered arm rest with gorilla tape keeps the hemostat from moving.
The syringe is pointed at a 45 degree angle upward screwed in place using hemostat clamped to the ribbed portion of the hard plastic luer adapter at the end of the butterfly hose. Needle was placed Right AC, plastic tape was used to hold needle in place about 2" from puncture site.
I started by filling 10ml Edta tube first since the rubber sleeve covered needle is attached to the end of the luer adapter, I then pulled the rubber sleeve covered needle out of the luer adapter attached to the hose so I could screw on the syringe.
Then I attached the syringe and fill sixteen 20cc syringes of blood, using my left hand to steady the syringe and my right to pull back the plunger. The syringes of blood were emptied into the trash container. Remember to move fast, blood clots quickly and the process slows drastically. Also a good idea to keep extra syringes around in case you need a fresh one because your syringe is drawing back slowly.
Once you’re done drawing blood, release the tourniquet, grab your nonstick pad + paper tape, pull needle out and place pad/tape over puncture site.
Vinyl covering makes everything extremely easy to clean, wet-ones clean up any blood splatters or spills. Add some more kitty liter to your blood container, 1 cup of bleach and stir around with the 20cc syringe you finished using, tie off bag and toss in trash.
The 10ml Edta tube is used by taping it vertically(in this case taped to my sharps container) and letting it incubate for 3 days at room temp to let the red cells and buffy coat(wbcs) settle to the bottom leaving the plasma volume exposed. 50/50 ratio is fine of rbcs/plasma. If your ratio is drastically off, increased rbcs/decreased plasma, then the phlebotomy will help, but you should probably get a complete blood count ran.
Human body has about 5000ml of blood. A large mass low body fat body builder could expect to have more, obese could possibly have less. 250ml for blood removal each month or 500ml every two months is safe to remove. 5% every month or 10% every two months is safe to remove, more then that you risk tachycardia increasing heart rate to compensate loss of blood volume. This recovers after two weeks and heart rate slows back down. You can expect to lower your blood pressure this way and keep it lowered for 7-10 days.
AAS users store iron at an increased rate, you produce more rbcs, this increase in iron and rbcs isn’t good for long term health. Excess iron is linked to multiple degenerative diseases. The increase in rbcs can have benefit for endurance and high intensity cardio or work at elevation. Erythrocytosis doesn’t appear to be accompanied by an increase in clotting factors, platelets or wbcs. The jury is out on whether increased rbc production is really a health crises, but high blood pressure is. DVT is at increase risk with high hct, the question is if cardio or staying active and on your feet decreases this risk, as DVT is more common for people that are sedentary.
My starting blood pressure before I drew my blood today was 144/97, 12 hours later its 121/78.
- arm bench is a sawed in half stair riser, 2x4’s angled for comfort.
- Clear heavy duty vinyl to cover arm bench and table, 3’x 3’ purchased at walmart for $3.
- 20g butteryfly needle BD (winged infusion set)
- 20cc syringe, only used one, but there are more on the table in case of clog.
- 10ml Edta lavendar top(anticogulant, can use non-gel sodium heparin green top as well) blood tube (used at start of collection by attaching tube to the rubber sleeve covered needle attached to the luer adapter) before attaching syringe. This is collected to estimate hematocrit, a gravity version of the old school method spun-hematocrit in capillary tubes.
- 12" hemostat-customized by bending the tip using a bench vise to angle it downward to hold the end of the plastic luer adapter attached to butterfly hose. This was attached with moderate force to the plastic luer adapter with four plastic ribs to firmly hold onto the adapter to screw on and off the syringe as they fill with blood. Remember this is a one handed job in many ways.
- 1 gallon paint bucket double lined with trash bags filled with a pound of kitty liter to absorb blood. Once you’re done collecting, stir blood to expose more kitty liter and then pour more liter into bucket. Add a cup of bleach and stir again, then throw away.
- Tape. Plastic 3M millipore tape to secure the butterfly needle in place and prevent you from pulling the needle out, as you will need both hands and in this case my right hand to pull back the syringe plunger, the right arm has the needle in it.
- Gorilla tape to secure the 12" hemostat in place. Make sure to only tape the end holding the luer adapter and one side of the hemostat handle in case you need to adjust the tension on the luer adapter.
- Tourniquet, alcohol pads, nonstick pad and paper tape to cover the venipuncture site, paper towels and wet ones to clean up.
I do this method solo, no help from anyone. The 12" hemostat is the only way to really do this quickly so the blood doesn’t start clotting, allowing me to screw on and off the syringes quickly. Attaching the hemostat to the vinyl covered arm rest with gorilla tape keeps the hemostat from moving.
The syringe is pointed at a 45 degree angle upward screwed in place using hemostat clamped to the ribbed portion of the hard plastic luer adapter at the end of the butterfly hose. Needle was placed Right AC, plastic tape was used to hold needle in place about 2" from puncture site.
I started by filling 10ml Edta tube first since the rubber sleeve covered needle is attached to the end of the luer adapter, I then pulled the rubber sleeve covered needle out of the luer adapter attached to the hose so I could screw on the syringe.
Then I attached the syringe and fill sixteen 20cc syringes of blood, using my left hand to steady the syringe and my right to pull back the plunger. The syringes of blood were emptied into the trash container. Remember to move fast, blood clots quickly and the process slows drastically. Also a good idea to keep extra syringes around in case you need a fresh one because your syringe is drawing back slowly.
Once you’re done drawing blood, release the tourniquet, grab your nonstick pad + paper tape, pull needle out and place pad/tape over puncture site.
Vinyl covering makes everything extremely easy to clean, wet-ones clean up any blood splatters or spills. Add some more kitty liter to your blood container, 1 cup of bleach and stir around with the 20cc syringe you finished using, tie off bag and toss in trash.
The 10ml Edta tube is used by taping it vertically(in this case taped to my sharps container) and letting it incubate for 3 days at room temp to let the red cells and buffy coat(wbcs) settle to the bottom leaving the plasma volume exposed. 50/50 ratio is fine of rbcs/plasma. If your ratio is drastically off, increased rbcs/decreased plasma, then the phlebotomy will help, but you should probably get a complete blood count ran.
Human body has about 5000ml of blood. A large mass low body fat body builder could expect to have more, obese could possibly have less. 250ml for blood removal each month or 500ml every two months is safe to remove. 5% every month or 10% every two months is safe to remove, more then that you risk tachycardia increasing heart rate to compensate loss of blood volume. This recovers after two weeks and heart rate slows back down. You can expect to lower your blood pressure this way and keep it lowered for 7-10 days.
AAS users store iron at an increased rate, you produce more rbcs, this increase in iron and rbcs isn’t good for long term health. Excess iron is linked to multiple degenerative diseases. The increase in rbcs can have benefit for endurance and high intensity cardio or work at elevation. Erythrocytosis doesn’t appear to be accompanied by an increase in clotting factors, platelets or wbcs. The jury is out on whether increased rbc production is really a health crises, but high blood pressure is. DVT is at increase risk with high hct, the question is if cardio or staying active and on your feet decreases this risk, as DVT is more common for people that are sedentary.
My starting blood pressure before I drew my blood today was 144/97, 12 hours later its 121/78.
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