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A cinema denying a woman entry with her hypoglycemia kit made headlines this month, and the conversation it sparked kept circling back to the same question: what should actually be in one of these kits, and why does each item matter?
A person with diabetes may need to manage a sudden low, dangerously high glucose with ketones, an interrupted insulin supply, or a power outage. A diabetes emergency kit is designed to prepare for those situations before they happen. The size and contents of the kit should depend on whether it is meant for everyday use, travel, or a longer emergency such as a power outage or other disaster.
A basic kit needs a way to check glucose (meter or CGM), fast-acting glucose for a low, and glucagon if prescribed
Pack insulin or other medication with spares, not just low-blood-sugar supplies
Include ketone strips if you're at risk of DKA, since highs need attention too, not just lows
Carry a medical ID, an emergency contact, and prescription copies alongside the supplies
Keep one to two weeks of everything on hand if you're preparing for a longer disruption, not just a single episode
The contents of an everyday diabetes emergency kit do not need to be identical to those of a disaster preparedness kit. A compact everyday kit may focus on glucose monitoring, fast-acting carbohydrate, prescribed glucagon and medical identification. A travel kit can add backup monitoring supplies, medication documentation and other supplies needed for the trip. A home or disaster kit should contain a larger reserve of diabetes medicines and supplies.
Keep medical information in a sealed, waterproof bag with your emergency supplies. Include information that can help another person understand your diabetes treatment and contact your care team if you cannot speak for yourself:
Name and at least one emergency contact's number
Other medical conditions and medication allergies
Copies of current prescriptions, with dosages
Insulin pump users: basal rates, insulin-to-carb ratio, correction factor
Pharmacy and doctor's office contact numbers
Photo ID and health insurance card copy, where applicable
Make, model, and serial number of your pump or monitor if used
For disaster preparedness, keep enough diabetes medicines and supplies to last at least one to two weeks. This can help during a major disruption involving pharmacies, electricity, transportation or access to routine health care.
For everyday use, keep a compact kit with the supplies you are most likely to need outside the home.
If you split time between home, work, school or a car, consider keeping a small everyday kit plus a larger reserve at home.
For children with type 1 diabetes, consider a duplicate kit at school or another regular setting, along with written instructions for caregivers or school personnel who may need to help.
Hypoglycemia (low blood glucose levels) is more common than most people expect.
The ADA defines three levels for Hypoglycaemia:
Glucose alert value: below 70 mg/dL (3.9 mmol/L): early signs can include shakiness, sweating, confusion, tachycardia and hunger; fast-acting carbohydrate is used for treatment.
Level 2 hypoglycemia: below 54 mg/dL (3.0 mmol/L), which requires immediate action.
Level 3 hypoglycemia: altered mental or physical function serious enough to need another person's help, regardless of the exact number; can include seizure, loss of consciousness, or coma.
A global study of over 27,000 insulin-treated patients across 24 countries found 83 percent of people with Type 1 diabetes and 46.5 percent with Type 2 diabetes had experienced hypoglycemia.1
Early signs of hypoglycaemia are
shakiness,
sweating,
confusion, and
a rapid heartbeat
Severe cases (sometimes called insulin shock) can progress to
seizure,
loss of consciousness,
or coma.
The ADA's 2026 Standards of Care recommend glucagon be prescribed for anyone on insulin or otherwise at high risk, precisely because it can escalate quickly.2
Use the ADA's 15-15 Rule for a conscious person who can swallow safely:
Give 15 grams of fast-acting carbohydrate: glucose tablets, half a cup of juice or regular soda, or a tablespoon of honey or sugar
Wait 15 minutes, then recheck
Still at or below 70 mg/dL? Repeat with another 15 grams rather than overcorrecting with a large amount
Once glucose has returned to the target range, a meal or snack may be appropriate depending on the timing of the next meal, recent activity, medication and the individual's diabetes treatment plan.
Children may need a different carbohydrate amount based on age, weight, treatment plan and clinician guidance.
Oral glucose should only be given to a person who is alert and able to swallow safely. If someone is unalert or unable to take carbohydrates, emergency medical assistance should be sought and prescribed glucagon should be used when appropriate.
Fast-acting glucose and glucagon treat hypoglycemia through two different routes.
Oral glucose is absorbed through the gut and works within minutes, which is why it's first-line for anyone conscious and able to swallow.
Glucagon is a hormone that signals the liver to release its stored glucose instead, so it still works when someone can't eat or drink, including when they're confused, seizing, or unconscious, which is also why it's injected or given nasally rather than swallowed.
A blood sugar that stays too high for too long can be just as dangerous as one that drops too low.
Two conditions that warrant immediate attention:
Diabetic ketoacidosis (DKA): glucose typically 200 mg/dL (11.1 mmol/L) or higher, plus ketosis and acidosis; about 1 in 10 cases occur at a near-normal glucose level (euglycemic DKA), so symptoms matter as much as the value. More common in Type 1 diabetes; symptoms include frequent urination, extreme thirst, belly pain, nausea, and fruity-smelling breath.
Hyperglycemic hyperosmolar syndrome (HHS): glucose typically 600 mg/dL (33.3 mmol/L) or higher, with severe dehydration and little to no ketosis. More common in older adults with Type 2 diabetes; leads to confusion and, if untreated, loss of consciousness.
Both conditions require urgent medical assessment. Ketone testing can help identify ketosis and signal the need for urgent medical attention, but a home ketone test alone does not determine whether hospitalization is required. 2
A diabetes emergency kit is meant to support immediate care while appropriate medical help is obtained when necessary. Seek urgent medical assistance if a person with diabetes is unconscious, having a seizure, cannot safely swallow, remains severely hypoglycemic despite treatment, develops severe confusion or altered consciousness, or has symptoms concerning for DKA or HHS. Persistent vomiting or an inability to maintain fluids can also require urgent medical assessment.
During suspected severe hypoglycemia:
Do not give food, drink or oral glucose to someone who is unconscious or unable to swallow safely.
Do not force a confused or unresponsive person to eat or drink.
Use prescribed glucagon when appropriate and when available.
Seek emergency medical assistance when the person is unalert, cannot administer carbohydrates themselves or does not respond adequately to treatment.
A diabetes emergency kit can mean different things depending on where and why it is being carried. A small everyday kit is designed for situations such as a sudden low while away from home. A travel kit adds backup supplies and documentation. A home or disaster kit is larger and is designed to maintain diabetes care during a longer disruption.
Basic hypo kit: glucose monitoring supplies, fast-acting glucose, prescribed glucagon where appropriate, and medical identification; compact enough for a handbag, backpack or other everyday bag.
Travel kit: add a spare glucometer or strips, extra glucagon, and a printed prescription copy, since travel disrupts routine and raises hypoglycemia risk.
Pediatric kit: weight-appropriate glucagon dosing (if prescribed), glucose gel over tablets, and simple written instructions for a teacher or caregiver.
CGM-integrated kit: add a backup fingerstick glucometer, since a CGM (Continuos Glucose Monitoring) reading can lag behind an actual rapid drop.
Home and disaster kit: a larger reserve containing at least one to two weeks of diabetes medicines and supplies, glucose-monitoring equipment, extra batteries where applicable, pump supplies if used, glucagon if prescribed, ketone strips, quick carbohydrates, lancets, alcohol wipes, a sharps container and relevant medical documentation. Any backup method of insulin administration should be based on the person's prescribed diabetes-management plan rather than switching delivery methods independently.
Contents should be appropriate for the condition and risk for the patient.
Type 1 diabetes means consistently higher hypoglycemia risk, so glucagon is standard;
Type 2 on insulin or sulfonylureas carries similar risk, while metformin and other non-insulin agents rarely need it.
Older adults may have reduced hypoglycemia awareness, so a larger-print medical ID and an easy-to-find kit are worth prioritising.
Contents should be appropriate to the person's diabetes treatment, hypoglycemia risk, devices and individual emergency plan. The need for glucagon is linked to insulin treatment or high risk of hypoglycemia rather than diabetes type alone. The ADA recommends glucagon for people treated with insulin or otherwise at high risk of hypoglycemia.
A kit only works if everything inside it is maintained properly. Check supplies regularly, follow product-specific storage instructions and replace items before they expire. The CDC recommends checking expiration dates every few months and replacing supplies that are close to expiring.
Insulin: check both unopened and opened expiry dates; opened insulin typically lasts only 28-30 days
Keep insulin according to the manufacturer's storage instructions. When room-temperature storage is permitted, keep it away from direct heat and sunlight and do not freeze it. Frozen insulin should not be used.
Glucose tablets and unopened glucagon last long but still carry expiry dates, worth checking every few months
Check batteries and electronic diabetes devices regularly if your kit contains a glucose meter, insulin pump or other equipment that depends on power.
For a disaster kit, plan for access to backup power or charging where needed for electronic diabetes equipment.
Practice the administration steps before an emergency: a study found most parents struggled to use a traditional glucagon kit under pressure, and some failed to administer it correctly.3
A diabetes emergency kit may contain essential glucose, medication and medical supplies needed to manage a chronic condition safely. Keeping prescriptions or medical documentation with the kit can help explain its medical purpose when security screening or venue policies apply.
This became a viral issue in India this month after a cinema chain reportedly denied a Type 1 diabetes advocate entry with her hypo kit.
In India, the Rights of Persons with Disabilities Act, 2016 states that persons with disabilities have a right to equality and non-discrimination, and Section 3 requires the appropriate Government to take necessary steps to ensure reasonable accommodation for persons with disabilities. The application of these provisions to a particular venue or incident depends on the facts and applicable rules.4
Carrying a prescription, medical ID or other documentation alongside the kit can help explain the medical purpose of the supplies during security checks, although venue-specific policies and applicable security requirements may still apply.
A diabetes emergency kit needs to check glucose, correct a low sugar, manage a high sugar, and have an ID to identify the person in emergencies, backed by enough supplies for a genuine disruption.
The kit should be tailored to the person's treatment and risk. An everyday kit can be compact, while travel and disaster kits may need additional medicines, monitoring supplies, documentation and backup equipment. For disaster preparedness, keeping at least one to two weeks of diabetes supplies available can help maintain treatment during a longer disruption.
What's inside should match the patient's condition and what they are at risk for. This can help make sure the people around, and the venues, recognise it as medical equipment, not an inconvenience.
A hypo kit is the low-blood-sugar-only subset: a glucose meter, fast-acting glucose, and glucagon, built to handle a single episode. A diabetes emergency kit is the broader version: it includes everything a hypo kit does, plus supplies for a high blood sugar emergency (ketone strips), documentation to identify you to a stranger or first responder, and enough medication and supplies to last through a longer disruption like a pharmacy closure or power outage, not just one bad afternoon
If you're on insulin, or otherwise at high risk of hypoglycemia, current ADA guidance recommends glucagon be prescribed and kept accessible, since it's the only option that works when someone can't safely eat or drink. If you manage your diabetes with metformin or another non-insulin medication that rarely causes severe lows, your doctor may decide it isn't necessary; this is worth confirming directly rather than assuming either way.
Pack enough for at least two full rounds of the 15-15 Rule, roughly 30 grams of fast-acting carbohydrate in total, since a single 15-gram dose sometimes isn't enough and you may need to repeat it after the 15-minute recheck. Glucose tablets are easiest to dose accurately, since a juice box or candy's actual sugar content can vary.
Yes. It's medical equipment, not a discretionary item, so security staff are generally expected to screen it for safety and then allow it through rather than refuse it outright. Carrying a prescription copy or medical ID alongside your kit gives them an easy way to verify what they're looking at, which resolves most situations before they become a problem.
Weight-appropriate glucagon dosing (if prescribed) rather than an adult dose, glucose gel instead of tablets since it's easier for a young child to take, and written instructions simple enough for a teacher, babysitter, or relative with no diabetes training to follow correctly under pressure.
At least every few months. Insulin expires fastest, typically 28 to 30 days after opening, while unopened glucagon and glucose tablets last considerably longer but still carry expiry dates worth checking on a schedule rather than assuming they're fine.
Khunti, K., S. Alsifri, R. Aronson, M. Cigrovski Berković, C. Enters-Weijnen, T. Forsén, G. Galstyan, et al. "Rates and Predictors of Hypoglycaemia in 27,585 People from 24 Countries with Insulin-Treated Type 1 and Type 2 Diabetes: The Global HAT Study." Diabetes, Obesity and Metabolism 18, no. 9 (2016): 907–915. https://doi.org/10.1111/dom.12689.
American Diabetes Association Professional Practice Committee for Diabetes. "6. Glycemic Goals, Hypoglycemia, and Hyperglycemic Crises: Standards of Care in Diabetes—2026." Diabetes Care 49, Suppl. 1 (2026): S132–S149. https://doi.org/10.2337/dc26-S006.
Harris, G., A. Diment, M. Sulway, and M. Wilkinson. "Glucagon Administration: Underevaluated and Undertaught." Practical Diabetes International 18, no. 1 (2001): 22–25. https://doi.org/10.1002/pdi.138.
The Rights of Persons with Disabilities Act, 2016 (Act No. 49 of 2016), Government of India. https://www.indiacode.nic.in/bitstream/123456789/15939/1/the_rights_of_persons_with_disabilities_act%2C_2016.pdf.
