Monday, September 1, 2014

INJECTION Girl for the month of August, 2014

INJECTION Girl for this month!

Rolled up her sleeve, watching as the Hypodermic is slowly filled up, baring a nice slender arm, that waits to be POKED into!


Thursday, August 28, 2014

Sally gets A SHOT in the ARM!

Sally is about 30 years old, she has just had her yearly Medical Exam, the one thing that is left before she can be checked off as Healthy & Fit, is she needs to update her Vaccinations. The one thing that Sally has hated every time she had to see a Doctor was getting a SHOT! now she has to get two INJECTIONS before she can leave, she will get two needles, one going in each arm. Time for Sally to TOUGH UP!

Sally makes a face, the nurse is coming with two long sharp NEEDLES to JAB into her.

Still waiting Sally!

The first SHOT goes in her right ARM! INJECTING THE MUSCLE!

The second goes in the left ARM! INJECTING THE MUSCLE!

Sally is done now she is Healthy & Fit. What a STRONG SEXY Girl she is.


Thursday, July 17, 2014

Billy gets a SHOT in the ARM!

Young Billy hates going to see the Doctor, most of all he hates getting SHOTS! today he was told that he had to get a SHOT, Billy started to get very upset, the nurse came in and told him that he was getting a SHOT! and that was it.  (However our Nurse has something of an ARM FETISH when giving INJECTIONS) Here is the story.

Roll up your left arm sleeve Billy!

I don't want a SHOT!

Your getting one, in the arm!

Your going to put a needle in me!

Nurse (Prepping his arm for the INJECTION)
I am going to give you a Tetanus SHOT, it has to go in your arm muscle.

I don't want it!

Stop being a baby!

Billy (Holding his sleeve up)
Is that the NEEDLE?

Yes Billy it is.

Its going to go in this arm?

Yep, you have nice skinny arms Billy.

Do you want me to make a MUSCLE?

If you like Billy, but it might hurt more when I put the needle in.

The nurse fills up the Hypodermic, Billy watches has the fluid fills into the long needle, he sees the nurse look at a place on his arm that she will give him the needle, he then looks down at the place on his arm.

Are you going to give me the SHOT now?

Almost time Billy.

Do I have to get a SHOT?

Nurse (With the NEEDLE in hand)
Yes Billy, now your going to be very STRONG & BRAVE, Right!

Is it going to HURT?

It will only hurt for a moment, the INJECTION is going into your arm MUSCLE, now relax your arm and hold very still.

The needle is then JABBED into Billy's arm, the nurse then INJECTS him.


Nurse (Smiling a little)
Now it does not hurt that much, stop being a baby.

OW! there's a NEEDLE in my arm!

Nurse (Still INJECTING Billy's arm)
Hold still, there is still more left to go.

Billy winces in pain, he looks at his skinny arm, the NEEDLE is still in it, there is some Blood beginning to form from the INJECTION site. The nurse then pulls out the needle from Billy's arm, some Blood flows out from the INJECTION site, Billy lets out a tiny wince.

OW! that HURT!

Nurse (Putting a Band Aid on his arm)
Your such a BIG BABY! you must get over your fear of NEEDLES!

Do a have to get another SHOT?

No, but now I must Draw some Blood, Billy.


Nurse (Smiling)
Yep, I will take it from your right arm, Billy, Roll up your sleeve!

Billy does what he's told and prepares for another JAB!

Nurse (Feeling for a vein in Billy's arm)
You have such nice skinny arms Billy.



Johnny's SHOTS!

Poor Johnny, he does not know what is in store for him! SHOTS!  however he is a very brave boy, but he has never had a needle shots in his short life.
He is told that he will be given two INJECTIONS in both of his arms, he is a little worried, two big sharp needles going into his skinny arms! but he is brave and shows no fear!

Johnny rolls up his sleeve and FLEXES his arm MUSCLE! a tiny BICEP pops out the nurses and medical staff cheer! "What STRONG MUSCLES you have Johnny" one of the nurse then prepares two long Hypodermic Needles behind his back.

I'm STRONG I can take SHOTS!

You have got nice STRONG arms, are you ready for your shots?

The nurse then shows him the first needle that she will INJECT him with, Johnny looks at it in wonder, it is very long and sharp, the nurse flicks it a little and some air bubbles pop out, Johnny eyes get wide.

That's going in my arms?

Yes, its going to pinch, when I stick it in the MUSCLE!

Johnny looks at his arm and un flexes his MUSCLE, he gets somewhat nervous.

Now! it wont hurt that much.

The nurse then rolls up Johnny's arm sleeves, then preps the upper part of both his arms for the INJECTIONS.

 He then lets out a wince when the needles go in!

They all cheer! Johnny his BRAVED his first INJECTIONS!



Saturday, June 28, 2014


 Drug injection is a method of introducing a drug into the body with a hollow needle and a syringe which is pierced through the skin into the body (usually intravenous, but also intramuscular or subcutaneous). It often applies to substance dependence and recreational drug use. This act is often colloquially referred to as "slamming", "shooting [up]", "banging", "pinning", or "jacking-up", often depending on the specific drug subculture in which the term is used (i.e. heroin, cocaine, methamphetamine).
Although there are various methods of taking drugs, injection is favoured by some users as the full effects of the drug are experienced very quickly, typically in five to ten seconds. It also bypasses first-pass metabolism in the liver, resulting in a higher bioavailability for many drugs than oral ingestion would (so users get a stronger effect from the same amount of the drug). This shorter, more intense high can lead to a dependency, both physical and psychological, developing more quickly than with other methods of taking drugs. As of 2004 there were 13.2 million people worldwide who used injection drugs of which 22% are from developed countries.[1]


There are a variety of reasons why drugs would be injected rather than taken through other methods.
  • Increased effect — Injecting a drug intravenously means that more of the drug will reach the brain more quickly. This means that the drug will have a very strong and rapid onset. With some drugs this can produce sensations not found with other routes of administration known as a rush.
  • More efficient usage — A smaller amount is enough as injection means that more of the drug will reach the brain than with other methods. This is because the body's defenses and detoxifying mechanisms (such as first-pass metabolism in the liver with oral use) are bypassed. Injection increases a drug's bioavailability. This means that it requires less drug (and less money) to achieve the same effect (ignoring the effects of tolerance).
  • Bypasses the digestive system — Some people with sensitive stomachs find it very unpleasant to swallow drugs because of persistent cramps or nausea.
  • Does not harm the lungs or mucous membranes — The mucous membranes can be permanently damaged by habitual insufflation (snorting), and the lungs can be damaged by smoking.


In addition to general problems associated with any IV drug administration (see risks of IV therapy) there are some specific problems associated with the informal injection of drugs by non-professionals.
  • Increased chance of overdose — Because IV injection delivers a dose of drug straight into the bloodstream it is harder to gauge how much to use (as opposed to smoking or snorting where the dose can be increased incrementally until the desired effect is achieved). In addition, because of the rapid onset, overdose can occur very quickly, requiring immediate action.
  • Scarring of the peripheral veins — This arises from the use of blunt injecting equipment. This is particularly common with users who have been injecting while in jail and re-use disposable syringes sometimes hundreds of times. IV drug use for an extended period may result in collapsed veins. Though rotating sites and allowing time to heal before reuse may decrease the likelihood of this occurring, collapse of peripheral veins may still occur with prolonged IV drug use. IV drug users are among the most difficult patient populations to obtain blood-specimens from because of peripheral venous scarring. The darkening of the veins due to scarring and toxin buildup produce tracks along the length of the veins and are known as track marks.
  • Arterial damage — Arterial pseudoaneurysms may form at injection sites, which can rupture, potentially resulting in hemorrhage, distal ischemia, and gangrene. Inadvertent intra-arterial injection can also result in endarteritis and thrombosis, with ultimately similar consequences.[2]
  • Increased chance of addiction — The heightened effect of administering drugs intravenously can make the chances of addiction more likely.[citation needed]
  • Social stigma — In many societies there is a social stigma attached to IV drug use, in addition to the more general stigma around illegal drug use and addiction. People who are satisfied taking drugs by other routes may not inject. This may be because of its perceived prevalence in inner cities and with lower-income people.


A clandestine kit containing materials to inject drugs
The drug, usually in a powder or crystal form (though not always), is dissolved in water, normally in a spoon, tin, bottle cap, the bottom of a soda can, or another metal container. Cylindrical metal containers - sometimes called 'cookers'- are provided by needle exchanges. Users draw the required amount of water into a syringe and squirt this over the drugs. The solution is then mixed and heated from below if necessary. Heating is used mainly with heroin, (though not always, depending on the type of heroin)[3] but is also often used with other drugs, especially crushed tablets. Cocaine HCl (powdered cocaine) dissolves quite easily without heat. Heroin prepared for the European market is insoluble in water and usually requires the addition of an acid such as citric acid or ascorbic acid (Vitamin C) powder to dissolve the drug. Due to the dangers from using lemon juice or vinegar to acidify the solution, packets of citric acid and Vitamin C powder are available at needle exchanges in Europe. In the U.S., vinegar and lemon juice are used to shoot crack cocaine. The acids convert the water-insoluble cocaine base in crack to a cocaine salt (cocaine acetate or cocaine citrate here) which is water soluble (like cocaine hydrochloride). Once the drugs are dissolved, a small syringe, usually 0.5 or 1 cc, is used to draw the solution through a filter, usually cotton from a cigarette filter or cotton swab (cotton bud). 'Tuberculin' syringes and types of syringes used to inject insulin are commonly used. Commonly used syringes usually have a built-in 28 gauge (or thereabouts) needle typically 1/2 or 5/8 inches long. The preferred injection site is the crook of the elbow (i.e., the Median cubital vein), on the user's non-writing hand. Other users opt to use the Basilic vein; While it may be easier to "hit", caution must be exercised as two nerves run parallel to the vein increasing the chance of nerve damage, as well as the chance of an arterial "nick".[4]

Recreational drugs

Harm reduction

A sterile and safe legitimate injection kit obtained from a needle-exchange program
Harm reduction is an approach to public health intended to be a progressive alternative to an approach requiring complete abstinence from drug use. While it does not condone the taking of illicit drugs, it does seek to reduce the harms arising from their use, both for the person taking illicit drugs and the wider community.
A prominent method for addressing the issue of disease transmission among intravenous drug users are needle exchange programs, in which facilities are available to exchange used injection equipment for safe sterile equipment, often without a prescription or fee. Such establishments also tend to offer free condoms to promote safe sex and reduce disease transmission. The idea is to slow disease transmission and promote public health by reducing the practice of sharing used needles. In countries where harm reduction programs are limited or non-existent, it is quite common for an IV user to use a single needle repeatedly or share with other users. It is also quite uncommon for a sterilizing agent to be used.[citation needed]

Safer injection

A philosophy of harm reduction promotes information and resources for IV drug users. General guidelines on safer injecting of various substances intravenously are typically based on the following steps:
The area for drug preparation should be cleaned with warm soapy water or an alcohol swab to minimize the risk of bacterial infection.[5]
The equipment required involves new syringes and needles, alcoholic swabs, rinse eye drops as sterile water, filter (cotton or syringe filter like Sterifilt), tourniquet and a clean spoon or Stericup. In order to minimize the chance of bacteria or viruses entering the bloodstream, people are advised to wash their hands with soap and warm water. However, as people do not always have access to hot water and soap when they are injecting, the philosophy of harm reduction seeks to find the most realistic and reliable option that drug users will take: a process that takes much time or access to materiel is unlikely to be used frequently. Alcohol swabs are commonly distributed with injecting equipment, and while they are less effective than hand washing, their use is more effective than nothing. Any sharing of injecting equipment, even tourniquets, is highly discouraged, due to the high danger of transmitting bacteria and viruses via the equipment.[5]
Sterile water is also recommended to prevent infection. Many needle and syringe programs distribute vials or ampoules of USP sterile water for this reason. Where sterile water is not obtainable, the harm reduction approach recommends tap water boiled for five minutes, and then allowed to cool.[5]
Once the water and substance are combined in the mixing vessel, heat is sometimes applied to assist the mixing. Filtering is recommended by health services, as the mix can consist of wax or other non-soluble materials which are damaging to veins. Additionally, the injection of talc has been associated with pulmonary talcosis in intravenous drug users.[6] Wheel filters are the most effective filters.[7] 5.0 micron wheel filter (e.g. Apothicom Sterifilt), now shared in some needle-exchange programmes instead of cotton, is intended to get rid of the talc from prescription tablets like benzodiazepines, dextroamphetamine, methadone tablets, and other recreational drugs like MDMA. However cotton wool (with the risk of cotton fever) or tampons can be used, although to be more effective, several filtrations should be performed; cigarette filters should not be used due to the risk of fibres breaking off and being injected along with the solution, nor should filters of any sort ever be re-used, either as filters or in an attempt to recover drug material present, due to many risks, ranging from cotton fever to life-threatening sepsis.[5]
Once the mix is drawn into the syringe, air bubbles should be removed by flicking the barrel with the needle pointed upwards and pressing the plunger to expel the bubbles that pool at the top. This is done to prevent injection of air into the bloodstream.[5] The potential danger of an air embolism is often greatly overestimated by IV users; up to three CCs of air can be injected intravenously without causing complications, and time spent meticulously getting every minute air bubble out of the syringe would often be better spent ensuring clean conditions in general.
A tourniquet can be used to assist vein access. The tourniquet should not be on too tight, or left on for too long, as this causes the veins to swell and stretch. When injecting, the needle's bevel or 'hole' should face upward and be eased into the vein at a shallow angle between 10 and 35 degrees to minimize the risk of penetrating through the vein entirely. In order to prevent stress on the vein, the needle should be pointing towards the heart.[5]
The plunger should be pulled back slightly (colloquially known as 'jacking back' or 'flagging') to ensure the needle is in the vein. Blood should appear in the barrel of the syringe if this is the case. This process is termed aspirating the needle or registering. When accessing a vein with unobstructed blood flow a "flashback," or sudden flash of red blood inside the needle tip, may occur spontaneously when the needle enters the vein. Because sudden appearance of blood in the needle/syringe alone does not guarantee proper needle placement (flashbacks can also occur when a needle passes through a vein completely, enters an artery inadvertently, or otherwise is extravasated), aspirating the plunger on the syringe is still considered a requisite step.[5]
The tourniquet should then be taken off and the plunger gently pushed. After injection, a clean tissue or cotton wool should be pressed against the injection site to prevent bleeding. Although many people use an alcohol swab for this purpose it is discouraged by health services as the alcohol interferes with blood clotting.[5]
Dispose of injecting gear using a 'sharps bin' if supplied. Other rigid-walled containers such as a bottle are recommended as a second best option.[5]


An estimated 16 million people world wide use intravenous drugs, and approximately 3 million of these are believed to be HIV positive.[8] The main symptoms for any blood-borne infections will usually appear a few days after infection has occurred and usually consists of a blocked and/or runny nose, loss of taste, smell, other senses and an unpleasant sense of thickness in the forehead. A general feeling of malaise, aching and weakness will usually accompany these symptoms. If the onset of symptoms happens around 4–8 days after infection then it is more than likely hepatitis but could also be any strain of HIV. Sufferers tend to get these same symptoms regardless of what disease or virus they may have contracted.
The most common symptoms of HIV or AIDS that has been contracted intravenously are again a runny and/or blocked nose, acute loss of taste and/or smell, a blocked or thick sensation within the head, general aching, malaise and weakness, hot and cold sweats and occasionally acute insomnia. These symptoms will most likely subside after 2–3 days and the individual will then regain their previous posture and well being. Any one individual could possibly live completely unaware of the presence of the virus for many years as the initial symptoms subside and may not appear again for a long time.[9]
Of all the ways to ingest drugs, injection, by far, carries the most risks as it bypasses the body's natural filtering mechanisms against viruses, bacteria and foreign objects. There will always be much less risk of overdose, disease, infections and health problems with alternatives to injecting, such as smoking, insufflation (snorting or nasal ingestion), or swallowing.
Viruses such as HIV and hepatitis C are prevalent among IV drug users in many countries, mostly due to small groups sharing injection equipment combined with a lack of proper sterilization. Other health problems arise from poor hygiene and injection technique (be it IV, IM, or SC), such as cotton fever, phlebitis, abscesses, vein collapse, ulcers, malaria, gas gangrene, tetanus, septicaemia, thrombosis, embolism and all results thereof. Drug injection is also commonly a component in HIV-related syndemics. Fragments from injection of pills are known to clog the small blood vessels of the lungs, brain and elsewhere, potentially causing pulmonary embolism, stroke, or venous embolism. A small proportion of pulmonary embolism (PE) is due to the embolization of air, fat, talc in drugs of intravenous drug abusers. More commonly, the inflammatory response to these foreign objects causes granulation tissue to form in the capillary beds, resulting in vasculitis, and when it occurs in the pulmonary capillary bed, potentially pulmonary talcosis. Hitting arteries and nerves is dangerous, painful, and presents its own similar spectrum of problems.


Particularly for intravenous administration, self-injection in the arm can be awkward, and some people modify a syringe for single-handed operation by removing the plunger and affixing a bulb such as from a large dropper or baby pacifier to the end of the barrel to in effect make it a large dropper with a needle affixed. This is therefore a variant of the common method of injection with a dropper with the hypodermic needle affixed, using a "collar" made of paper or other material to create a seal between the needle and dropper. Removing part of the plunger assembly by cutting off most of the shaft and thumb rest and affixing the bulb to the end of the barrel, thereby allowing the bulb to operate the plunger by suction, also does work in many cases.
An alternative to syringes in the 1970s was to use a glass medicine dropper, supposedly easier to manipulate with one hand.[10] A large hairpin was used to make a hole in the skin and the dropper containing the drug (usually heroin) was inserted and the bulb squeezed, releasing it into the tissues.[11] This method was also reported, by William S Burroughs and other sources, for intravenous administration at least as far back as 1930.


Insufflation (snorting or sniffing) is usually safer than injection in terms of the relative danger of transmission of blood-borne viruses. However, the membranes in the nose are very delicate and can rupture when snorting so users should have their own snorting equipment not shared with anyone else, to prevent viral transmission. As with injection, a clean preparation surface is required to prepare a drug for snorting. Nasal membranes can be seriously damaged from regular snorting.
Drugs can also be smoked or "chased." Smoking and chasing have negligible risk of bacterial or viral transmission and the risk of overdose is lessened compared to injecting, but they still retain much of the 'rush' of injecting as the effects of the drug occur very rapidly. Chasing is a far safer way to use heroin than injecting, with the best option being to use new aluminum foil, first passing a cigarette lighter flame over both sides/or just the shiny side at least, which is to help sterilize it["curing"].
Swallowing tends to be the safest and slowest method of ingesting drugs. It is safer as the body has a much greater chance to filter out impurities. As the drug comes on slower, the effect tends to last longer as well, making it a favorite technique on the dance scene for speed and ecstasy. People rarely take heroin orally, as it is converted to morphine in the stomach and its potency is reduced by more than 65% in the process. However, it is well known that oral bioavailability of opioids is heavily dependent on the substance, dose, and patient in ways that are not yet understood.[12] Pills like benzodiazepines are best swallowed as they have talc or wax fillers in them. These fillers won't irritate the stomach, but pose serious health risk for veins or nasal membranes.
Administering oral tablets sublingually (under the tongue) or bucally (betwixt the gum and jaw) is a technique used clinically to increase bioavailability of many drugs. A notable increase in the effects of a drug taken this way is noted for many of the opioids and nearly all of the benzodiazepines.
Shebanging involves spraying the dissolved drug into the nose to be absorbed by the nasal membrane.
Plugging, or rectal ingestion, relies on the many veins in the anal passage passing the drug into the blood stream quite rapidly. Some users find that trading off some of the 'rush' for fewer health risks is a good compromise. Shafting usually involves about 1.5 ml of fluid mixed with the drug.
Women have the added option of shelving, where drugs can be inserted in the vagina. This is similar to the rectum, in that there are many blood vessels behind a very thin wall of cells, so the drug passes into the bloodstream very quickly. Care should be taken with drugs such as amphetamine that may irritate the sensitive lining of the rectum and vagina.
Substances below a certain molecular weight can be absorbed through the skin and into the bloodstream when dissolved in the solvent dimethyl sulfoxide (DMSO) which is available as liquid or gel; there therefore exists the possibility of creating a topical concoction with medical-grade DMSO and a given drug which will solve the first pass and GI tract destruction problems in addition to faster onset of effects.