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Ozempic Weight Loss Results After 5 Months Insulin pump therapy success stories To compare the effectiveness of insulin pumps with multiple daily injections for adults with type 1 tgerapy, with both Youthful skin appearance Insulin pump therapy success stories equivalent siccess in pmp insulin treatment. Design Pragmatic, storiess, open label, parallel group, cluster randomised oump trial IInsulin Effectiveness of Pumps Over Therspy and Structured Education REPOSE trial. Participants Adults with type 1 diabetes who were willing to undertake intensive insulin treatment, with no preference for pumps or multiple daily injections. The course groups the clusters were then randomly allocated in pairs to either pump or multiple daily injections. Interventions Participants attended training in flexible insulin treatment using insulin analogues structured around the use of pump or injections, followed for two years. Secondary outcomes included body weight, insulin dose, and episodes of moderate and severe hypoglycaemia. Ancillary outcomes included quality of life and treatment satisfaction.Pymp K. LyonsOsagie Ebekozien Ineulin, Ashley GarrityDon StoriseOri Odugbesan sucvess, Sarah SotriesNicole RiolesKathryn GallagherRona Y. SonabendIlona LorinczG. Todd AlonsoBody composition and body image K.
KambojJoyce M. LeeT1D Exchange Quality Improvement Collaborative Study Group; Increasing Insulin Pump Use Stores to Year-Olds With Type 1 Diabetes: Results From the T1D Exchange Quality Improvement Collaborative.
Therapu Diabetes 1 July Insuln 39 3 : — Insulin pump therapy Insulin pump therapy success stories pediatric type 1 diabetes has been associated with better glycemic control than multiple pjmp injections.
However, insulin Insulin pump therapy success stories use remains suxcess. Interventions Blackberry margarita recipe by participating centers included increasing in-person and telehealth education about insulin pump punp, creating and distributing Type diabetes medication to assist in informed decision-making, wuccess insulin pump insurance Insylin and onboarding processes, and improving clinic xtories knowledge about insulin Insulin pump therapy success stories.
Children and adults with type 1 Insylin receive insulin Insulin pump therapy success stories either multiple daily thetapy injections or continuous subcutaneous insulin infusion, theray called insulin sstories therapy 1.
Insulin pump therapy in pediatric Insuliin 1 diabetes has been associated with improved glycemic control. A Cochrane systematic review of 23 randomized, controlled trials comparing Insulin pump therapy success stories pump use to multiple daily injections found a significant difference in A1C favoring succdss pump therapy 2.
Storise a more recent meta-analysis, similar findings were seen when Insylin insulin pump therapy to multiple daily injections using Metformin and blood pressure types of rapid-acting and Insuln i.
Improved glycemic Muscle mass building workout regimen for those using insulin pump therapy has also been reported in population-based studies.
The SEARCH for Diabetes in Stogies study ssuccessstoties U. population-based study of newly diagnosed tuerapy in youths, Insulin pump therapy success stories, found that participants with type 1 storjes using insulin Insu,in therapy had a lower tyerapy A1C than those using Liver cleanse program Insulin pump therapy success stories regimens.
Furthermore, Insylin pump therapy Incorporating self-care in diabetes management been associated with lower Insuin of severe Insulin pump therapy success stories and diabetic ketoacidosis 5.
Although insulin pump use storoes increased over time, dramatic uptake Insulin pump therapy success stories insulin pumps has not been noted globally or storiws within individual countries. In the Therxpy. population puml of a Insilin bias of yherapy in this voluntary therspy.
Inthe Insulon Exchange Quality Improvement Collaborative Stofiescoordinated by the Storues Exchange clinic network, succeess established pumo improve nIsulin delivery pupm people with type 1 diabetes 8.
The thefapy started with 10 adult and pediatric diabetes centers in the United States and has expanded to succews centers. The diabetes centers participate in collaborative quality improvement QI activities by sharing their clinic population data and best practices.
This Inxulin was deemed nonhuman subject therzpy by the Western Institutional Review Recovery tools and aids, and all etories centers sudcess local euccess review Guarana Extract for Energy approval to share aggregate Insulib and participate in thedapy QI project.
No protected health information was transmitted outside of syories clinic for this project. Four are pediatric Insulin pump therapy success stories storiss, and one is an adult endocrinology practice.
The age range of 12—26 years was selected because therappy represents the time Energy balance and physical activity life with succees glycemic control, as wtories by A1C 7sucdess overlaps pediatric and adult health care, thereby promoting the cross-sharing sories ideas between Pumpp pediatric and adult centers.
The project euccess in Mayand centers began testing siccess ideas by Therayp Data are presented through Non-surgical weight loss Insulin pump therapy success stories created PDSA cycles based on their clinic priorities and Inshlin population needs and implemented them according Ketogenic diet benefits their local practice procedures and policies.
PDSA interventions atories recommended to storirs through change package examples and case studies. A change package is a practical guide that provides strategies and change ideas for care teams to test. The T1DX-QI has designed a series of change packages, all developed in collaboration with participating clinics.
PDSA cycles were implemented and communicated to the T1D Exchange coordinating office through regular conference calls. Centers also reported on a monthly basis the number of their patients who had at least two A1C values in the preceding 12 months, of which the most recent A1C value was from that month, and the percentage of those patients who were using insulin pumps.
A1C is usually obtained in proximity to a clinic appointment. The project finished before the rapid increase in telehealth appointments the five centers experienced as a result of the coronavirus disease pandemic. The monthly data were shared with the T1D Exchange coordinating office using a secure collaborative spreadsheet www.
Data were analyzed by using control chart rules to determine shifts and evaluate project effectiveness. Eight data points above the mean or four out of five consecutive data points outside the first σ control limits were used to determine the shifts.
The t test was used to evaluate statistical significance between pre- and post-intervention means; the pre-intervention period was from May to Julythe interventions took place between August and Novemberand the post-intervention period was from December to February comwhereas the t test was completed using R version 4.
Given that the T1DX-QI strives to prevent competitive comparisons that would threaten its cooperative culture 8only aggregated data are presented, and individual centers are listed by randomly selected numbers and not referred to by name in the results and discussion sections.
The centers developed a key driver diagram to identify novel and practical change ideas to increase and sustain insulin pump use Figure 1. Identified key drivers that directly contribute to achieving the SMART aim were to 1 support patients in starting and continuing insulin pump therapy, 2 educate patients on effective insulin management, and 3 support patients in active problem-solving for glucose monitoring, insulin management, and nutrition education.
Secondary drivers that guided the development of change ideas included addressing patient barriers to insulin pump use, redesigning workflow to increase patient education on pumps and effective management, and offering mobile technology classes for patients and families.
The centers then independently developed and implemented change ideas and PDSA cycles to increase insulin pump use among patients receiving care at their individual centers. Successful interventions implemented through PDSA cycles included developing and distributing educational materials, offering in-person and telehealth patient and family education, creating and distributing tools to assist in informed decision-making, facilitating insulin pump insurance approval and onboarding processes, and engaging clinic staff in introducing and educating patients and families about insulin pump use Table 1.
Supplementary Figure S1 is a sample patient education tool developed for a PDSA cycle at a participating center. Three out of the five participating sites also had statistically significant control chart shifts in their site-specific data.
Five diabetes centers in the T1DX-QI collaborated to address barriers to insulin pump initiation and sustainment through sharing of standardized metrics and best practices. Use of diabetes technology, including insulin pumps, has been associated with improved glycemic control, particularly in youths with type 1 diabetes 7.
Despite this, the rate of insulin pump technology use in individuals with type 1 diabetes is not optimized. Patient barriers to uptake include financial issues i. Furthermore, adolescents and young adults have the poorest glycemic control compared with other age-groups, as well as the highest rate of pump discontinuation 7 The T1DX-QI created interventions to target these barriers to insulin pump therapy among to year-olds receiving care at five U.
diabetes centers Table 1. By working together in a collaborative, these centers cross-shared change ideas and PDSAs, which facilitated in disseminating to all T1DX-QI clinics successful change ideas that centers could then adapt and implement in their patient populations.
Common themes for interventions included improving patient education and support, easing the onboarding process, and engaging and educating clinic staff about the aim. Subsequent interventions focused on sustainment, including increasing the frequency of touchpoints with patients between visits, determining barriers to insulin bolusing and tailoring recommendations to address those barriers, and integrating technology to facilitate bolus calculations.
Future interventions include 1 identifying barriers and sharing tools to support insulin pump adoption in the high-risk subpopulation, 2 developing and implementing an evidence-based curriculum to educate patients on administering at least three boluses daily, 3 incorporating an evidence-based insulin dose adjustment algorithm to assist clinicians in their recommendations to patients for dose adjustment between clinic visits, and 4 ensuring that patients have access to affordable insulin so that cost is not a barrier to taking insulin.
Diabetes technology is quickly advancing. The combined use of insulin pumps with continuous glucose monitoring can provide additional benefit in this age-group compared with insulin pump use with intermittent blood glucose checks T1DX-QI initiatives to increase CGM use are discussed elsewhere in this special article collection In summary, this collaboration rapidly improved the rate of insulin pump use, which directly supports the T1DX-QI global aim of reducing hyperglycemia and preventing diabetes complications.
Furthermore, it has promoted a cooperative culture among diabetes centers in the sharing of best practices and population data. The authors thank the Leona M. and Harry B. Helmsley Charitable Trust for funding the T1DX-QI. The authors also acknowledge the contributions of patients, families, diabetes care teams, and collaborators within the T1DX-QI who continually seek to improve care and outcomes for people with diabetes.
is a compensated Health Equity Advisory Board member for Medtronic Diabetes and serves as the principal investigator for investigator-led projects sponsored by Abbott, Dexcom, Eli Lilly, Insulet, and Medtronic.
is on the medical advisory board for GoodRx. No other potential conflicts of interest relevant to this article were reported. wrote the first draft of the manuscript. All authors reviewed and edited the manuscript. is the guarantor of this work and, as such, had full access to all the data in the study and takes responsibility for the integrity of the data and the accuracy of the data analysis.
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Advanced Search. User Tools Dropdown. Sign In. Skip Nav Destination Close navigation menu Article navigation. Volume 39, Issue 3. Previous Article Next Article. Research Design and Methods. Article Information. Article Navigation.
Special Collection: T1D Exchange Quality Improvement Collaborative July 01 Increasing Insulin Pump Use Among to Year-Olds With Type 1 Diabetes: Results From the T1D Exchange Quality Improvement Collaborative Sarah K. Lyons ; Sarah K. This Site. Google Scholar. Osagie Ebekozien ; Osagie Ebekozien.
Ashley Garrity ; Ashley Garrity. Don Buckingham ; Don Buckingham. Ori Odugbesan ; Ori Odugbesan.
: Insulin pump therapy success stories| Real-life stories | Ashley Garrity ; Ashley Garrity. A1C is usually obtained in proximity to a clinic appointment. Alexandria, Va. Personal Stories ITB Therapy for Severe Spasticity. However, if your symptoms do not match the SG value, use a BG meter to confirm the SG value. Katie's story I knew I could take this on for my child Φ. Studies for Healthy People. |
| LIFE AFTER A STROKE | In Intensive Diabetes Management. The Guardian Sensor 3 glucose values are not intended to be used directly for making therapy adjustments, but rather to provide an indication of when a fingerstick may be required. Joyce M. Research Design and Methods. Setser-Legg says that Barnstable Brown Diabetes Center now has 25 to 30 adult patients and one or two pediatric patients on the G pump. |
| Inspired by you | Sarah is an avid rugby player who loves to cook and play with her cute pup, Mack! Grace was originally misdiagnosed with type 2 diabetes. She uses the calculator, which recommends the right insulin dose for each meal. Hear her story. Allison loves to be active outside. April loves how the system makes the complexity of food management more manageable. Hear his story. Lauren Cox is the first ever WNBA player living with type 1 diabetes. Using his insulin pump to his advantage: meet MedtronicChampion Jean-Sebastien Φ. Overcoming obstacles to achieve his goals: meet MedtronicChampion Dalton Φ. For more information about our solutions that are currently available, complete the form or call today at M-F 9 a. This form is for customers in the Unites States only. For more information about our products in your region please see our list of international locations. Can deliver all auto correction doses automatically without user interaction, feature can be turned on and off. Individual results may vary. The account is genuine, typical and documented. The response other individuals have to the treatment could be different. Responses to the treatment can and do vary. Not every response is the same. Please talk to your doctor about your condition and the risks and benefits of these technologies. Sage and Nicky were compensated for spending the day with us and allowing us to photograph them. Their thoughts and opinions are their own. These blogs were not included in that compensation. The system requires a prescription from a healthcare professional. The sensor is intended for single use and requires a prescription. WARNING: Do not use SG values to make treatment decisions, including delivering a bolus, while the pump is in Manual Mode. However, if your symptoms do not match the SG value, use a BG meter to confirm the SG value. Failure to confirm glucose levels when your symptoms do not match the SG value can result in the infusion of too much or too little insulin, which may cause hypoglycemia or hyperglycemia. Pump therapy is not recommended for people whose vision or hearing does not allow for the recognition of pump signals, alerts, or alarms. A healthcare professional must assist in dosage programming of the device prior to use, based on various patient- specific criteria and targets. For additional product and safety information, please consult the Instructions for Use and bit. The system is intended to complement, not replace, information obtained from standard blood glucose monitoring devices, and is not recommended for people who are unwilling or unable to perform a minimum of two meter blood glucose tests per day, or for people who are unable or unwilling to maintain contact with their healthcare professional. The system requires a functioning mobile electronic device with correct settings. If the mobile device is not set up or used correctly, you may not receive sensor glucose information or alerts. Real-life stories Inspiring stories from people living with diabetes. At present, we do not have a program for acquiring pumps for uninsured patients. All pump candidates at our center must have 3—6 months of intensive insulin therapy, including three or more insulin shots per day. We ask our patients to begin intensive insulin therapy in order to ensure dedication to their diabetes care regimen. It is our premise that increased attention to diabetes care will reinforce future successful pump habits. When patients use a sliding scale for regular or lispro insulin, they must check and record their blood glucose level at least four times a day. We ask children to follow this more complex regimen for 3—6 months in preparation for the intensive record keeping required at pump start and in the days following pump initiation to allow frequent basal rate and bolus adjustments. We also expect that the family and pump candidate will have the ability to make small, appropriate adjustments in the treatment regimen between visits 5 and will demonstrate sound judgment regarding contact of the diabetes team in emergency situations. Possessing these skills demonstrates an understanding of insulin and its effects. Families interested in beginning pump therapy are scheduled to meet with our team psychologist to further assess behavioral aspects of pump readiness and to discuss the psychosocial adjustment to this form of insulin treatment. Our team strongly believes that children themselves, as well as their parents, must desire the insulin pump. Children who really do not wish to have pump therapy will sabotage their success. We also believe that it is imperative for children and adolescents to already be doing the majority of diabetes self-care independently. Equally important, however, is that the family must remain involved in care, 10 , 11 suggesting the need for a delicate balance of responsibility between independence and continued parental involvement. Clearly, the ability to give abdominal injections and a lack of needle phobia are also of major importance to successful insulin pump therapy. The role of behavioral psychologists in pediatric diabetes care has been well-described 12 and has been noted to be critically important to diabetes management. In our diabetes team, the psychologist assists children and families in their adjustment to diabetes and its treatment by 1 assessing and discussing conflicting feelings, beliefs, and attitudes about diabetes that could compromise overall health and well-being; 2 promoting adherence to prescribed nutrition monitoring, exercise, blood glucose testing, and insulin injection regimens through the implementation of behavior modification treatment plans; 3 managing the stress of living with diabetes through behavioral counseling; and 4 providing adjunct individual therapy and family therapy when indicated. We believe that many patients with well-controlled diabetes can experience a smooth transition to pump therapy provided that multiple domains of functioning are assessed, and we seek to ensure that this goal is attained. For youngsters who do not yet appear ready to initiate pump therapy but who have expressed a strong desire to do so, ongoing support and monitoring from a psychologist is often helpful to remediate aspects of self-care that have proven difficult to master and to identify possible facilitators of pump success. Carbohydrate counting is an essential tool in both the management of diabetes and successful pump therapy because insulin boluses are based on carbohydrates consumed at each meal or snack. Before initiation of the insulin pump, candidates are asked to obtain a carbohydrate prescription for meals and snacks through consultation with a dietitian and to count carbohydrates routinely. We prefer children and families to have at least 3—6 months of experience with carbohydrate counting. In this way, we are better able to develop carbohydrate-to-insulin ratios. By the time our candidates are ready to begin pump therapy, they are expected to be counting carbohydrates consistently throughout the day. In some cases, candidates may already be using intermittent insulin injections to match their carbohydrate intake. Calculations of basal rate, carbohydrate-to-insulin ratios, and sensitivity factor are conducted individually, and each candidate is started on the pump. The company nurse discusses mechanics of the pump and, with the physician, outlines applications i. Daily telephone contact between the family and medical team is maintained for several weeks following initiation to review blood glucose levels and make appropriate adjustments. Children are seen in a follow-up visit 1 month after pump initiation. Insulin pump therapy is a labor-intensive process for candidates, their families, and the diabetes team. We believe that it is worth the effort if candidates are successful in learning to accurately apply the principles of pump management. In order to ensure the greatest chances for success, an accurate pre-selection process must be employed. Other factors important to long-term success include the ongoing support, management, and interplay between patients, families, and the diabetes team. After his consultation with diabetes team members and subsequent recommended follow-up treatment carbohydrate counting instruction and anxiety management , our patient, S. At 3 months after initiation, his A1C remained stable at 7. No major issues have surfaced since, and he and his family report that he is doing extremely well. Seema Sarin, BA, is a fourth-year medical student at the George Washington University School of Medicine in Washington, D. We would like to thank our colleagues in the Department of Endocrinology and Metabolism for their assistance with this article and their contributions to our program. We also appreciate the efforts of Natalie Bellini, RN, CDE, CPT, for her invaluable contributions. Perhaps most importantly, we thank the families at our center for their continued participation in our clinical and research efforts. Sign In or Create an Account. Search Dropdown Menu. header search search input Search input auto suggest. filter your search All Content All Journals Diabetes Spectrum. Advanced Search. User Tools Dropdown. Sign In. Skip Nav Destination Close navigation menu Article navigation. Volume 15, Issue 2. Previous Article Next Article. Case Presentation. Article Information. Article Navigation. Clinical Decision Making April 01 Selecting Children and Adolescents for Insulin Pump Therapy: Medical and Behavioral Considerations Fran R. Cogen, MD, CDE ; Fran R. Cogen, MD, CDE. This Site. Google Scholar. Randi Streisand, PhD ; Randi Streisand, PhD. Seema Sarin, BA Seema Sarin, BA. Diabetes Spectr ;15 2 — Get Permissions. toolbar search Search Dropdown Menu. toolbar search search input Search input auto suggest. Table 1. Criteria for Initiating Insulin Pump Therapy. View large. View Large. Cornwell S, Macdonald MJ: Use of the insulin pump in children: symposium on diabetes mellitus in children. Prim Care. Wysocki T, Wayne W: Childhood diabetes and the family. Pract Diabetol. Boland E, Ahern J, Grey M: A primer on the use of insulin pumps in adolescents. Diabetes Educ. Kaufman FR, Halvorson M, Fisher L, Pitukcheewanont P: Insulin pump therapy in type 1 pediatric patients. J Pediatr Endocrinol Metab. American Diabetes Association: Insulin infusion pump therapy. In Intensive Diabetes Management. Farkas-Hirsch R, ed. Alexandria, Va. |
| Innovative insulin pump gives diabetes patient more freedom | UK Healthcare | Colquitt JL, Green C, Sidhu MK, Hartwell D, Waugh N. Richard Insulin pump therapy success stories extremely therapyy with his storiess to switch stodies insulin pump therapy and would not consider going back to an insulin pen. Diabetes type? Table 8 Mean difference in quantitative psychosocial outcomes from baseline to 24 months. Clin Diabetes. Take a sneak peek into the future of diabetes technology from Medtronic We have a dedicated focus on what's next to help reduce the day-to-day management of living with diabetes. |
| Insulin Pump Changes Diabetes Treatment < Clinical Trials at Yale | Want to add your success story? Contact Us. Charlie Charlie aas diagnosed on new years eve with type 1 diabetes. Charlie claims he does not have diabetes any more! Robert Robert leads an active working life as a builder with type 1 diabetes. After two days on an insulin pump he said he would never go back to insulin pens. Since starting on an insulin pump his blood sugars are more stable than ever. The insulin pump is helping blake lead a very active lifestyle Blake has done very well in Surf Life Saving where he trains three times a week and volunteers his time on weekends patrolling the beach. A: All patients and caregivers should receive information on the risks of the treatment. Your doctor should give you information of the signs and symptoms of receiving too much or too little medication overdose or withdrawal and what to do if you notice those symptoms. A: An increase in your spasticity, itching, low blood pressure, lightheadedness, and a tingling sensation are the most common signs with withdrawal from Lioresal ® Intrathecal. In rare cases, severe withdrawal symptoms may occur including high fever, change in mental status, extreme spasticity that is worse than before starting Lioresal ® Intrathecal and muscle rigidity. If you experience any of these signs, it is extremely important that you or your caregiver contact your doctor immediately. If the sudden withdrawal is not treated, in rare cases, more severe medical conditions can develop that can result in death. Q: What can I do to prevent Lioresal ® Intrathecal withdrawal or abrupt interruption of Lioresal ® Intrathecal? A: It is very important that you not miss refill appointments. If you are hospitalized for any reason near the time of your refill, you or your caregiver should let your doctor know before the refill date so that arrangements can be made to refill your pump. Not all hospitals have doctors that can refill pumps, so let your doctor know as soon as possible if it is near your refill date. You should be aware of what your pump alarms sound like. If you hear an alarm, contact your doctor immediately. A: Signs of receiving too much medication overdose can appear suddenly or gradually over a few days. Signs may include muscles being too loose, drowsiness, lightheadedness, dizziness, sleepiness, slowed or shallow breathing, lower than normal body temperature, seizures, loss of consciousness, and coma. It is very important that you or your caregiver contact your doctor immediately if you experience any of these signs and that you be taken to a hospital for treatment. A: The implanted pump and catheter are placed under the skin of the abdomen during a surgery. Some complications that you may experience with the implant surgery include infection, meningitis infection of the lining of the brain and central nervous system , spinal fluid leak, paralysis, headache, swelling, bleeding, and bruising. A: Once the infusion system the pump and the catheter is implanted, device complications may occur that may require surgery to remove or replace the pump, catheter or catheter fragment. Some of these device complications may impact the flow of medication delivered, which may cause symptoms of overdose or withdrawal of Lioresal ® Intrathecal. Possible complications include an internal component failure which may result in a loss of therapy, or an inability to program the pump. The pump, catheter or catheter fragment could migrate within the body or erode through the skin. Tissue or an inflammatory mass may form at the tip of the catheter in the intrathecal space and may cause a loss of therapy or neurological impairment including paralysis. The catheter could kink or become blocked resulting in no delivery of medication. The pump could stop because the battery has run out or because of a problem with one or more of its inner parts. Errors in locating the pump during the refill procedure can result in symptoms of overdose that may be serious or life-threatening. A: Under certain conditions, an MRI can be conducted with the pump. Always inform your doctor that you have an implanted infusion system before any medical or diagnostic procedure such as MRI or diathermy. Please ask your doctor to determine if the MRI scan can be used with the pump. The MRI will cause your pump to temporarily stop, which will suspend drug delivery during the MRI. The pump should resume normal operation and drug delivery after the MRI is complete. Your pump may also temporarily sound an alarm during the scan; the alarm should stop at the conclusion of the scan. Following your MRI, your doctor should check your pump to confirm that it is working properly. You are encouraged to report negative side effects of prescription drugs to the FDA. The risk information provided here is not comprehensive. Failure to confirm glucose levels when your symptoms do not match the SG value can result in the infusion of too much or too little insulin, which may cause hypoglycemia or hyperglycemia. Pump therapy is not recommended for people whose vision or hearing does not allow for the recognition of pump signals, alerts, or alarms. A healthcare professional must assist in dosage programming of the device prior to use, based on various patient- specific criteria and targets. For additional product and safety information, please consult the Instructions for Use and bit. The system is intended to complement, not replace, information obtained from standard blood glucose monitoring devices, and is not recommended for people who are unwilling or unable to perform a minimum of two meter blood glucose tests per day, or for people who are unable or unwilling to maintain contact with their healthcare professional. The system requires a functioning mobile electronic device with correct settings. If the mobile device is not set up or used correctly, you may not receive sensor glucose information or alerts. Real-life stories Inspiring stories from people living with diabetes. Featured videos. Sarah's story. Grace's story. Terry's story. Allison's story. April's story. Aaron's story. Lauren's story. Jean-Sebastien's story Using his insulin pump to his advantage: meet MedtronicChampion Jean-Sebastien Φ. Dalton's story Overcoming obstacles to achieve his goals: meet MedtronicChampion Dalton Φ. Daniela's story From fear to flourish: meet MedtronicChampion Daniela Φ. Phyllis's story How diabetes therapies have changed Φ. Katie's story I knew I could take this on for my child Φ. Megan's story One mom's tips for navigating your child's type 1 diabetes diagnosis Φ. Jamie's story 5 lessons on starting insulin pump therapy Φ. |
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