Presentation on theme: "Overdose Prevention, Recognition, and Response. In this training, we will cover: What are some “risk factors” for overdose? How to recognize an overdose."— Presentation transcript:
Overdose Prevention, Recognition, and Response
In this training, we will cover: What are some “risk factors” for overdose? How to recognize an overdose How to respond: Rescue breathing Recovery position Getting professional help Naloxone What is it? How is it used?
What are some “risk factors” for overdose? Mixing drugs Using an opioid (heroin, opium, methadone, etc.) with alcohol increases the risk for overdose. Using an opioid with benzodiazepines also increases your chances of OD.
What are some “risk factors” for overdose? Reduced tolerance Repeated use of the same drug leads to an increased tolerance of its effects on your body. If you take a break from a drug, your tolerance is lowered. Reasons might include: Prison Compulsory Drug Treatment Center Voluntary treatment Sickness/hospitalization
What are some “risk factors” for overdose? Unfamiliar supply/changes in quality If you use a new dealer or your dealer gets a new supply, it may be of a different strength than what your body is used to. It may also be “cut” or mixed with other drugs. Having someone else inject you If you are relying on someone else to inject you, then they are in control of your dose. This is often a problem for women who may have their partners inject them.
What are some “risk factors” for overdose? Using alone Though using alone doesn’t increase the potential for overdose, it means that no one is around to help you if something does happen. It is always best to have someone else around who knows what to do in case an overdose does occur.
What are some “risk factors” for overdose? Key messages: Don’t use alone Be careful about mixing drugs Know when your tolerance is lowered – after a break in use, don’t use the same amount you were accustomed to using before the break. Be careful about changes in quality – if you notice a cluster of overdose cases, it may be the result of changes in drug quality.
Myth or fact? Overdoses are more likely to happen in new users MYTH: Overdoses more often happen in longer-term users with 5-10 years of experience.
How to recognize an overdose Might not happen right away – could happen 1 – 3 hours after injection. Telltale signs: blue lips and nails slow, shallow, gurgling breath Unresponsive when you call their name, shake them, or rub their sternum (rub your knuckles hard up and down their breastbone)
How to respond Make sure that the person’s airway isn’t blocked. Do this by tilting their head back, to make a clear path for the person to breathe. If there is anything like food or gum blocking the person’s airway, use a finger to clear it away.
How to respond Recovery position If you have to leave the person for any reason (to call for help or to get naloxone), put the person in recovery position. This will help keep their airway open and prevent them from choking on their vomit.
How to respond Call emergency services for help if ambulances are available in your area. When you call for help, you can simply say that the person has stopped breathing. You don’t have to say that they had a drug overdose until help arrives (this can help prevent police from accompanying ambulance workers).
How to respond An opiate overdose represses a person’s urge to breathe. The victim’s breathing can slow down or stop to the point that they don’t have enough oxygen to survive. SINCE THE PERSON CAN’T BREATHE FOR THEMSELVES, YOU NEED TO BREATHE FOR THEM.
How to respond Rescue breathing Tilt the head back Check if the person is breathing (chest rising and falling, you can feel their breath) Pinch the nose shut Form a tight seal with your mouth over their mouth Take a deep breath and gently exhale into the person’s mouth Repeat every 5 seconds
How to respond Naloxone! Naloxone is a safe antidote to opioid overdose that has no risk of abuse or dependency
Naloxone Naloxone displaces (or “kicks out”) the opioids from the receptors, and then blocks the receptors (and the effects of the opiate) for 30-90 minutes
H Naloxone ( ) in the Brain H O M O M N N N Pain Relief Pleasure Reward Respiratory Depression Reversal of Respiratory Depression Opioid Withdrawal opioids broken down and excretedopioid receptors activated by heroin and prescription opioids N source + more info at projectlazarus.org
Naloxone Inject 0.4 ml of naloxone into the person’s muscle. You can inject into their arm or leg using an intramuscular syringe. Inject at a 90 degree angle. Every second counts – don’t worry about removing the person’s shirt or pants – you can inject right through them. It is not necessary to find a vein, but it is okay to inject intravenously or subcutaneously.
Naloxone Stay with the person. If they don’t respond after three minutes, you may need to give them a second dose. In the meantime, continue rescue breathing. When they wake up, explain to them what happened, and that you gave them naloxone. One of the side effects of naloxone is withdrawal symptoms. The person may experience headache, nausea, or vomiting, and may be aggressive. These symptoms will wear off.
Naloxone Discourage the person from taking more drugs. They might want to inject again right away to lessen the withdrawal symptoms. THIS MAY CAUSE THE OVERDOSE TO RETURN. The effects of the opiate are usually longer than the effects of naloxone. This means that when the naloxone wears off in 30-90 minutes, the person will again feel the drugs’ effects. Taking more drugs could cause another overdose when the naloxone wears off.
What NOT to do Don’t leave the person alone – they could stop breathing Don’t put them in a bath – they could drown Don’t induce vomiting – they could choke Don’t give them something to drink – they could vomit Don’t inject them with anything besides naloxone (such as saltwater, other drugs, or milk) – it won’t work any more than physical stimulation, and can waste time or make things worse depending on what you inject Don’t kick their chest – it won’t open their heart valves, but could hurt them
Special section: Overdose and ARVs Several antiretroviral (ARV) medications decrease the rate at which opioids are metabolized, which can lead to overdose. Most non-nucleoside reverse transcriptase inhibitors (NRTIs) and all protease inhibitors (PIs) have this effect. Fluconazole (an anti-fungal medication often used to treat AIDS-related thrush) also reduces drug metabolism, which can cause OD.
Special section: Overdose and ARVs Some ARVs (including Neviripine and Efavirenz) and the anti-TB drug rifampicin (Refampin) have the opposite effect, causing other drugs to metabolize more quickly and potentially causing withdrawal symptoms in opioid dependent people. Learn as much as you can about the interactions between your medications and street drugs. Be careful when you start a new medication, until you’re sure how it will interact with other drugs.
Special thanks to: Matt Curtis, Nabarun Dasgupta and Sharon Stancliff. Much of the information from this training was drawn from their previous presentations.