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Abstract

Background:

Insulin pump therapy improves glycemic control in children with type 1 diabetes but is associated with technical and dermatological complications that can impact adherence. Research on these adverse effects in pediatric populations is limited.

Objectives:

This study aimed to evaluate short- and long-term complications of insulin pump therapy in pediatric patients in Saudi Arabia, focusing on technical malfunctions, dermatological issues, and patient satisfaction.

Design:

A cross-sectional survey-based study conducted in multiple centers in Taif, Saudi Arabia.

Methods:

Fifty-nine parents of children with type 1 diabetes who used insulin pumps provided data for the study. Participants reported technical issues, skin-related complications, and overall satisfaction. IBM SPSS Statistics version 27.0.1 was used to conduct the statistical analysis.

Results:

Technical complications were frequent, with 64.4% experiencing tube blockages, 39.0% reporting needle dislodgment, and 39.0% observing air bubbles in the tubing. Dermatological issues included discomfort at the infusion site (54.2%), skin pigmentation (45.8%), and scarring (55.9%), with lipohypertrophy (22.0%) posing a concern for insulin absorption. Longer pump use was significantly associated with increased complications, particularly tube blockages and skin pigmentation. Despite these challenges, 84.7% of participants recommended insulin pumps over multiple daily injections.

Conclusion:

Technical and dermatological complications were common, increasing with longer pump use. Proper infusion site rotation, infusion set management, and improved patient education are key to reducing adverse effects. To improve safety and efficacy, future studies should concentrate on infusion set change patterns, newer pump technologies, and standardized guidelines.

Plain language summary

Understanding complications of insulin pump therapy in children and teens with type 1 diabetes: insights from Saudi Arabia

Insulin pumps are increasingly used to manage type 1 diabetes in children, but there is limited knowledge about their complications in Saudi Arabia. This study investigated the challenges associated with insulin pump use among children and adolescents in Taif. Conducted over a year, the study included participants aged 18 or younger who used insulin pumps and excluded those who did not meet these criteria. Findings revealed that technical issues were common. Users who preferred pumps over injections frequently reported login problems (71.4%), and Medtronic MiniMed 670G users faced difficulties with data downloading and login (42.9%). Longer pump use (over one year) was linked to higher rates of occlusion (66.7%). Females experienced more synchronization issues, while males reported increased water damage. Abdominal pain at injection sites was a prevalent skin issue. Complications such as login errors, data download challenges, and catheter kinking were associated with lower satisfaction scores. The results underscore the importance of improved support and design for insulin pumps to enhance user experience and outcomes for young patients managing type 1 diabetes.

Keywords

continuous subcutaneous insulin infusion (CSII)device complications insulin pump pediatrics safety issues type 1 diabetes mellitus

Introduction

The autoimmune death of pancreatic beta cells causes type 1 diabetes mellitus (T1DM), which leads to insulin insufficiency and requires lifelong insulin therapy.¹ Maintaining appropriate growth and pubertal development in children while preventing long-term microvascular and macrovascular problems requires achieving adequate glycemic control.^1,2 Continuous subcutaneous insulin infusion, provided by insulin pump therapy (IPT), has become a viable substitute for several daily injections due to its increased flexibility, better glucose control, and more physiological method of delivering insulin.^3,4

Despite its benefits, there are still worries about problems related to insulin pumps, especially in young patients. Dermatological responses, pump issues, and therapy cessation because of discomfort or discontent are a few of them.^5–7 According to studies, dermatological problems affect 43%–90% of kids who use insulin pumps, with younger kids being more vulnerable.⁷ Common side effects, such as lipohypertrophy, eczema, scars, and nodules, have been documented; these are frequently linked to irritation from adhesives and extended insulin infusion at the same location.⁸ In addition, despite the technological advances provided by IPT and continuous glucose monitoring (CGM), little is known about how these interventions affect health-related quality of life, especially in children and adolescents.^9,10

Saudi Arabia has one of the highest rates of T1DM prevalence, and more and more kids and teenagers are using IPT.^11,12 Long-term insulin pump use, insufficient infusion site rotation, and catheter replacement practices were identified as independent risk factors for skin-related problems in a 2018 study at Prince Sultan Military Medical City, especially in females.¹² The range of acute, intermediate, and long-term problems in pediatric patients is still poorly understood, despite the increasing use of insulin pumps. By evaluating insulin pump-associated side effects during and after implantation in children and adolescents in Taif, Saudi Arabia, this study seeks to fill this knowledge gap and offer important insights into the difficulties this population faces.

Methods

Study design and setting

A minimum sample size of 54 participants was determined based on data from Al Hayek et al.¹² who reported skin-related complications in 81% of insulin pump users. Using an estimated effect size of 0.2, with 80% statistical power and a 5% alpha error, the required sample size was calculated.

Study population

Children and adolescents aged ⩽18 years with T1DM using the Medtronic 780G insulin pump and receiving regular follow-up were included.

Exclusion criteria

Individuals above 18 years old

Patients not using the 780G insulin pump

Those switched to multiple daily injections

Participants unwilling to participate

Data collection

Data were collected through telephone interviews and during insulin pump clinic visits using a validated, predesigned questionnaire. The questionnaire covered demographics, T1DM and IPT duration, insulin dosage, insertion details, complications at insertion, catheter/infusion site reactions, and pump-related post-insertion complications. The items were adapted from previous international and national studies.

Statistical analysis

Statistical analyses were conducted using IBM SPSS Statistics 27.0.1. Descriptive statistics summarized continuous variables as mean and standard deviation (SD) or median and interquartile range, depending on data distribution, while categorical variables were presented as frequencies and percentages. Normality was assessed using the Shapiro–Wilk test (p < 0.05). Since the data were not normally distributed, nonparametric tests were employed, including the Kruskal–Wallis test for comparisons of ordinal variables across multiple groups and the Fisher-Freeman-Halton exact test for categorical variables. A p-value <0.05 was considered statistically significant.

Ethical considerations

Ethical approval was obtained from the Research & Ethical Committee of Taif Armed Forces Hospitals, Taif, Saudi Arabia. Written informed consent was obtained from parents or legal guardians, and verbal assent was secured from children aged ⩾7 years who could comprehend the study procedures.

Results

Characteristics of pediatric participants and insulin pump usage

The survey included 59 respondents: 24 (40.7%) mothers, 16 (27.1%) fathers, and 19 (32.2%) both parents. The children with diabetes had an average age of 11.46 years (SD = 3.51), with 31 (52.5%) being female. Heights ranged from 31 to 170 cm, with the most common range being 151–160 cm (33.9%). Weight distribution varied, with 35.6% weighing 41–50 kg. The mean duration of diabetes was 6.05 years (SD = 3.34), and 31 (52.5%) were diagnosed with diabetic ketoacidosis (DKA).

Before transitioning to insulin pumps, 54 (91.5%) used multiple daily insulin injections, and 74.5% rated the pump as significantly better (score of 5). The abdomen was the most common injection site (49.2%). A total of 24 (40.7%) had prior pump experience, with the Medtronic 640G being the most used model (54.1%). The primary reasons for switching pumps included upgrading (45.8%) and technical issues (37.5%). The mean prior pump use duration was 2.54 years (SD = 1.20). Currently, all participants use the Medtronic 780G pump, with 52.5% using it for over a year (Table 1).

Table 1.

Characteristics of pediatric participants and insulin pump usage.

Variable	N/Mean	%/SD
Survey respondent
Both	19	32.2%
Father	16	27.1%
Mom	24	40.7%
Age of diabetic child (years)	11.46	3.51
Gender distribution
Female	31	52.5%
Male	28	47.5%
Height distribution (cm)
31–40	1	1.7%
61–70	1	1.7%
81–90	1	1.7%
91–100	4	6.8%
101–110	3	5.1%
111–120	5	8.5%
121–130	6	10.2%
131–140	4	6.8%
141–150	9	15.3%
151–160	20	33.9%
161–170	5	8.5%
Weight distribution (kg)
21–30	15	25.4%
31–40	8	13.6%
41–50	21	35.6%
51–60	9	15.3%
61–70	4	6.8%
71–80	1	1.7%
>100	1	1.7%
Duration of diabetes (years)	6.05	3.34
Diabetic ketoacidosis at initial diagnosis
No	28	47.5%
Yes	31	52.5%
Previous insulin therapy (multiple daily injections with insulin pen)
No	5	8.5%
Yes	54	91.5%
Comparison of multiple daily injections to insulin pump therapy (scale: 1–5)
1	1	2.1%
2	1	2.1%
4	10	21.3%
5	35	74.5%
Injection site preference
Arms	7	11.9%
Thigh	15	25.4%
Abdomen	29	49.2%
Others	8	13.6%
History of previous insulin pump use
No	35	59.3%
Yes	24	40.7%
Previously used insulin pump model
Type 640	13	54.1%
Type 670	10	41.7%
Type 780	1	4.2%
Reasons for switching to a new insulin pump
Because of problems with the previous pump	9	37.5%
Because of the transition to the newer type of pumps	11	45.8%
Due to a request from the attending physician	3	12.5%
Follow-up of the child’s sugar during the study by the parents through the application	1	4.2%
Duration of previous insulin pump use (years)	2.54	1.20
Current insulin pump model
Type 780	59	100.0%
Duration since current insulin pump installation
<6 months	12	20.3%
6 months to 1 year	16	27.1%
>1 year	31	52.5%

Technical adverse effects of insulin pump usage

Participants reported an average of 3.56 technical issues (SD = 2.28). Common problems included difficulties uploading (27.1%) or linking data (32.2%) to the application, as well as mechanical issues such as tube blockages (64.4%) and needle displacement (39.0%). Other concerns included insulin leakage (11.9%), air bubbles (39.0%), tube twisting (28.8%), and pump screen (13.6%) or keyboard failures (8.5%). Battery issues (5.1%), accidental breakage (10.2%), and damage from exposure to liquids (11.9%) were also noted (Table 2).

Table 2.

Technical adverse effects of insulin pump usage.

Technical adverse effects questions	Mean		SD
Number of technical adverse effects	3.56		2.28
	No		Yes
	N	%	N	%
1. Have you had problems uploading information to the electronic application for pump	43	72.9	16	27.1
2. Have you encountered problems with the electronic application of pump	41	69.5	18	30.5
3. Have you encountered problems in the process of linking/coupling between the data in the pump and the electronic application of pump	40	67.8	19	32.2
4. Have you had problems downloading the data from the pump manufacturer’s website	55	93.2	4	6.8
5. Have you encountered problems logging in to the site through the username or password in the pump	56	94.9	3	5.1
6. Have you encountered a blockage in the insulin pump tube previously?	21	35.6	38	64.4
7. Have you encountered an insulin pump needle coming out of the skin before?	36	61.0	23	39.0
8. Have you encountered insulin leakage or a broken cap of the tube attached to the pump?	52	88.1	7	11.9
9. Have you encountered a leakage of insulin doses from one of the other parts of the pump (tube - needle - pump)?	51	86.4	8	13.6
10. Have you noticed that there are air bubbles inside the insulin pump tube?	36	61.0	23	39.0
11. Have you noticed frequent twisting of the insulin pump tube that hinders the movement of insulin liquid inside the tube?	42	71.2	17	28.8
12. Have you encountered malfunctions in the insulin pump screen?	51	86.4	8	13.6
13. Have you encountered malfunctions in the insulin pump keyboard?	54	91.5	5	8.5
14. Have you encountered malfunctions in the insulin pump battery?	56	94.9	3	5.1
15. Has the insulin pump ever been accidentally damaged or broken due to frequent use?	53	89.8	6	10.2%
16. Have you encountered damage to the insulin pump as a result of exposure to liquids such as sweat, showering, or swimming?	52	88.1	7	11.9
17. Have you ever lost an insulin pump accessory?	54	91.5	5	8.5

Skin and general adverse effects of insulin pump usage

On average, participants experienced 4.37 skin or general adverse effects (SD = 2.49). Discomfort at the needle insertion site was the most reported (54.2%), followed by skin pigmentation (45.8%) and scarring (55.9%). Other effects included adipose tissue atrophy (10.2%), tissue enlargement (22.0%), local pain (67.8%), bleeding (33.9%), and irritation (35.6%). Hypoglycemia affected 78.0% of participants, while 30.5% experienced DKA episodes (Table 3).

Table 3.

Skin and general adverse effects of insulin pump usage.

Skin and general adverse effects Questions	Mean		SD
Number of skin and general adverse effects	4.37		2.49
	No		Yes
	N	%	N	%
1. Not feeling comfortable where the insulin needle is inserted into the skin?	27	45.8	32	54.2
2. Have you noticed that there are skin pigmentations where the insulin needle was inserted into the skin?	32	54.2	27	45.8
3. Have you noticed scars in the skin where the insulin needle was inserted?	26	44.1	33	55.9
4. Has there ever been a bacterial/viral infection where the insulin needle was inserted into the skin?	57	96.6	2	3.4
5. Have you noticed that there is atrophy in the adipose tissue where the insulin needle was inserted?	53	89.8	6	10.2
6. Have you noticed an enlargement of the adipose tissue where the insulin needle was inserted?	46	78.0	13	22.0
7. Has there ever been local pain where the insulin needle was inserted?	19	32.2	40	67.8
8. Has there ever been local bleeding where the insulin needle was inserted?	39	66.1	20	33.9
9. Was there sensitivity, irritation, itching, or redness where the insulin needle was inserted into the skin?	38	64.4	21	35.6
10. Has the patient ever experienced hypoglycemia?	13	22.0	46	78.0
11. Has the patient ever been exposed to acidity in the blood (sugar, keto acids) while using an insulin pump?	41	69.5	18	30.5

Satisfaction and perception of insulin pump usage

Most participants (67.8%) were introduced to insulin pumps by their physicians, while others learned through social media (15.3%) or diabetic relatives (13.6%). The primary pre-installation concerns were unfamiliarity with the device (45.8%) and its handling (28.8%). Satisfaction was high, with 83.1% highly satisfied (score of 5) with consultant guidance, 74.6% with educator explanations, and 76.3% reporting all concerns addressed. In addition, 81.4% believed the pump improved family life, and 84.7% strongly recommended it over injections. The overall satisfaction score averaged 33.02 (SD = 3.47; Table 4 and Figure 1).

Table 4.

Satisfaction and perception of insulin pump usage.

Variable	N/Mean	%/SD
Primary influence in the decision to use an insulin pump
By a diabetic relative who uses the pump	8	13.6%
Display it in a mall	1	1.7%
Through social media	9	15.3%
Through the attending physician	40	67.8%
Through the experiences of others in America	1	1.7%
Key concerns prior to initiating insulin pump therapy
Don’t know	6	10.2%
Inadequate training in the use of the pump	8	13.6%
Unavailability of monthly tools	1	1.7%
Unfamiliarity with pump characteristics and handling	17	28.8%
Using a new, previously unknown technology	27	45.8%
Total satisfaction score (7–35)	33.02	3.47

Figure 1.

Perceptions and satisfaction levels regarding insulin pump use and education.

Comparison of adverse effects and satisfaction based on insulin pump duration

Longer pump use correlated with increased technical issues (62.5% vs 37.5%, p = 0.031) and tube blockages (71.4% vs 42.9%, p = 0.025). Skin pigmentation at the insertion site was significantly associated with pump duration (57.1% vs. 32.1%, p = 0.026). Other skin-related and general adverse effects, including discomfort at the needle site, scarring, infections, adipose tissue changes, irritation, local pain, bleeding, hypoglycemia, and DKA, did not show statistically significant differences across the duration groups, though some variables indicated trends. Satisfaction scores did not differ significantly across usage groups (p = 0.069) but trended higher with longer duration (Table 5 and Figure 2).

Table 5.

Technical issues and challenges based on insulin pump duration.

Parameter	When was the current insulin pump installed?
	<6 Months		6 Months to 1 year		>1 year		p Value^a
	Median	IQR	Median	IQR	Median	IQR
Number of technical adverse effects	2.50	1.00–3.00	3.00	2.00–4.50	4.00	2.00–6.00	0.031*
Number of skin and general adverse effects	3.50	2.00–5.50	5.00	2.00–7.50	4.00	3.00–5.00	0.524
Total satisfaction score (7–35)	33.50	32.00–35.00	35.00	35.00–35.00	35.00	32.00–35.00	0.069

Independent sample Kruskal–Wallis test.

p < 0.05, Significant.

IQR, interquartile range.

Figure 2.

Prevalence of insulin pump tube blockage and skin pigmentation by duration of use.

Comparison of adverse effects and satisfaction based on insulin injection site

Accidental pump breakage was more common in users injecting at non-traditional sites (17.4% vs 5.3%, p = 0.045). Discomfort (69.6% vs 47.4%, p = 0.030), scarring (65.2% vs 42.1%, p = 0.045), and local pain (78.3% vs 57.9%, p = 0.007) were significantly more frequent at alternative sites. The total number of adverse effects showed a trend toward higher values at non-traditional sites (p = 0.061). Satisfaction levels remained high across all injection site groups, with no significant differences (p = 0.327; Table 6 and Figure 3).

Table 6.

Technical issues and adverse effects based on insulin injection site.

Parameter	Site of injection
	Arms		Thigh		Abdomen		Others		p Value^a,*
	Median	IQR	Median	IQR	Median	IQR	Median	IQR
Number of technical adverse effects	3.00	2.00–3.00	3.00	2.00–4.00	4.00	1.00–6.00	4.50	3.00–5.50	0.508
Number of skin and general adverse effects	4.00	3.00–4.00	4.00	3.00–6.00	4.00	2.00–5.00	6.50	4.50–6.50	0.061
Total satisfaction score (7–35)	33.00	33.00–35.00	35.00	30.00–35.00	35.00	32.00–35.00	35.00	35.00–35.00	0.327

Independent sample Kruskal–Wallis test.

p < 0.05, Significant.

IQR, interquartile range.

Figure 3.

Adverse effects and discomfort related to insulin pump use by injection site.

Discussion

This study offers a thorough evaluation of the immediate and long-term side effects of IPT in Saudi Arabian children and adolescents with type 1 diabetes. Our research reveals a high prevalence of dermatological and technical issues, many of which directly affect patient adherence and glycemic management. Overall, patient satisfaction with IPT remained high despite these difficulties, highlighting the treatment’s alleged advantages in the management of diabetes.

There were many different types of technical issues, including air bubbles in insulin tubing, needle dislodgment, and insulin pump tube obstructions, which affected 64.4% of individuals. These results are in line with earlier research that shows that tube problems and pump occlusions are the main reasons why children experience inexplicable hyperglycemia and pump failures.^13,14 According to our research, the longer a pump was used, the greater the chance of tube obstructions, which is also the case in previous studies.¹⁵ Furthermore, 13.6% of participants had screen faults, and 8.5% and 5.1% of participants reported keyboard and battery failures, respectively. Regular maintenance and patient education on resolving common pump issues are essential since these technological malfunctions can interfere with insulin administration and raise the risk of glycemic instability.^16,17 Compared to international findings, our study’s complication rates align with those reported by Klonoff et al.,¹³ who examined hyperglycemia and ketonemia following insulin pump occlusion in a larger cohort. Similarly, von Kobyletzki et al.¹⁸ provided systematic evidence of skin-related adverse reactions associated with insulin pump use, with frequencies comparable to our dermatological findings. Although their studies involved broader populations, our research contributes localized insight from a Middle Eastern pediatric cohort, highlighting potential regional variations in device-related complications and user experiences. In our study, hypoglycemia and DKA were reported in 78.0% and 30.5% of participants, respectively. In contrast, Uslu et al.¹⁹ reported no such events, likely due to reliance on clinical records and CareLink™ reports that captured only confirmed episodes. Our caregiver-reported data may have identified additional events managed at home and thus not documented in medical records.

Recent large-scale investigations, including the SKIN-PEDIC study and evaluations of the MiniMed 780G automated insulin delivery systems, have consistently demonstrated reductions in time below range and overall hypoglycemia rates.^20,21 While our study did not include CGM metrics, which limit comparison with glycemia-focused parameters, it is possible that the observed rates of hypoglycemia (78%) and DKA (30.5%) reflect over-reporting, as data were based on parental reports rather than CGM or chart-reviewed clinical records. Future studies should include CGM-derived metrics to ensure accurate assessment of glycemic variability and adverse event frequencies. Integrating insights from the SKIN-PEDIC and MiniMed 780G studies also underscores the need for more region-specific pediatric research to contextualize pump performance across diverse populations.

Insulin pump users frequently experienced skin-related side effects, with 55.9% developing scarring, 45.8% seeing skin pigmentation, and 54.2% reporting discomfort at the infusion site in this study. These findings are consistent with earlier studies that found up to 60% of pediatric insulin pump users experience dermatological problems, with younger children being especially at risk.¹⁸ Lipohypertrophy (22.0%) was one of the most clinically important dermatological problems seen. This condition can affect insulin absorption, resulting in glycemic unpredictability and a higher need for insulin. Site discomfort and possible adherence problems were further exacerbated by the frequent reports of local bleeding (33.9%) and site irritation (35.6%). The absence of information on the frequency of infusion set changes in this study is a significant gap that needs to be filled because site rotation and infusion set changes are essential in preventing these problems.

The use of parental accounts, sometimes augmented by medical data, was a significant drawback in the evaluation of dermatological issues. However, there may have been reporting bias because no standardized dermatological examinations were conducted. This restriction is in line with earlier studies that found subjective evaluations to be a frequent problem in insulin pump research.^9,10 To increase the precision and dependability of upcoming research, standardized skin examination procedures are required, including the use of established dermatological scales.

The substantial correlation between insulin pump length and specific side effects was one of the study’s main focuses. In particular, patients who used the pump for longer periods of time experienced more technical issues, such as tube obstructions. In a similar vein, skin pigmentation at the infusion site was most common in those who had been using the pump for 6–12 months, and it was substantially correlated with pump duration. According to this pattern, there may be a higher chance of skin-related issues if there is recurrent insulin infusion in the same location, extended exposure to adhesive materials, or possible neglect of site rotation. The lack of a statistically significant correlation between pump length and other skin-related issues, such as scarring, inflammation, and lipohypertrophy, suggests that infusion site management techniques and individual skin sensitivity may be more important factors than time alone.^22,23

Limitations and implications of study findings

The study used parents’ self-reported data, which could lead to subjective variability and recall bias when evaluating problems. The frequency of infusion set changes (a critical factor determining both technical and dermatological complications) was not tracked in the study, despite the fact that it documented the total amount of time spent using an insulin pump. This omission is a significant drawback because research has indicated that using infusion sets for longer than the suggested three-day period is linked to increased risks of lipohypertrophy, problems with insulin absorption, and local site infections. It is possible that underreporting or incorrect classification of skin-related issues resulted from the absence of systematic dermatological evaluations. Physician-conducted skin exams should be a part of future research to guarantee a more impartial assessment of dermatological conditions.

The majority of individuals reported high levels of satisfaction with IPT, indicating that its advantages exceed its drawbacks despite the high frequency of problems. To reduce problems, our results highlight the necessity of improved patient education and organized treatment techniques. Training in infusion set rotation, technical failure debugging, and early detection of dermatological problems should be given top priority by healthcare providers. Future studies should also concentrate on determining the best practices for site rotation, analyzing how various adhesive types affect skin sensitivities, and analyzing more recent insulin pump technology with improved safety features. Standardized recommendations on infusion site maintenance and complication prevention should be created in light of Saudi Arabia’s growing use of IPT to enhance patient outcomes.

Conclusion

Tube blockages, needle dislodgment, air bubbles, and screen malfunctions were common technical issues, while lipohypertrophy, skin pigmentation, and scarring were frequent dermatological concerns. Longer pump use was significantly associated with increased complications, underscoring the need for optimal infusion site rotation and device maintenance. Despite these challenges, patient satisfaction remained high, reflecting the perceived benefits of IPT. Enhanced patient education, standardized complication assessment, and improved management protocols are essential to minimize adverse effects and optimize IPT outcomes in pediatric populations. Future research should focus on systematically tracking infusion set change frequency, evaluating newer pump technologies, and developing standardized guidelines to improve safety and efficacy.

Footnotes

Acknowledgements

We thank our patients and their families for their utmost help.

Declarations

ORCID iDs

Ayman Bakkar

Naglaa M Kamal

References

Misso

Egberts

Page

, et al. Continuous subcutaneous insulin infusion (CSII) versus multiple insulin injections for type 1 diabetes mellitus. Cochrane Database Syst Rev 2010; (1): CD005103.

Nathan

Genuth

Lachin

, et al. The effect of intensive treatment of diabetes on the development and progression of long-term complications in insulin-dependent diabetes mellitus. N Engl J Med 1993; 329: 977–986.

Shi

Cai

Xin

, et al. Continuous Subcutaneous Insulin Infusion (CSII) versus Multiple Daily Injections (MDI): impact on glycemic control and pregnancy outcomes in gestational diabetes. Clin Exp Obstet Gynecol 2024; 51(11): 238.

Łazicka

Tarnowska

Jakubowska

. The use of insulin pumps as an innovative approach of diabetes therapy to improve glycemic control, patients’ comfort of life and daily activity. J Educ Health Sport 2025; 76: 56529.

Saboo

Talaviya

PA.

Continuous subcutaneous insulin infusion: practical issues. Indian J Endocrinol Metab 2012; 16: S259–S262.

Schifferdecker

Schmidt

Boehm

, et al. Long-term compliance of intensified insulin therapy. Diabetes Res Clin Pract 1994; 23: 17–23.

Berg

Olsen

Thyssen

, et al. High frequencies of dermatological complications in children using insulin pumps or sensors. Pediatr Diabetes 2018; 19: 733–740.

Schober

Rami

Dermatological side effects and complications of continuous subcutaneous insulin infusion in preschool-age and school-age children. Pediatr Diabetes 2009; 10: 198–201.

Barnard

Skinner

TC.

Qualitative study into quality of life issues surrounding insulin pump use in type 1 diabetes. Pract Diabetes Int 2007; 24: 143–8.

10.

Ritholz

Smaldone

Lee

, et al. Perceptions of psychosocial factors and the insulin pump. Diabetes Care 2007; 30: 549–554.

11.

Saeedi

Petersohn

Salpea

, et al. Global and regional diabetes prevalence estimates for 2019 and projections for 2030 and 2045: results from the International Diabetes Federation Diabetes Atlas, 9(th) edition. Diabetes Res Clin Pract 2019; 157: 107843.

12.

Al Hayek

Robert

Al Dawish

MA.

Skin-related complications among adolescents with type 1 diabetes using insulin pump therapy. Clin Med Insights Endocrinol Diabetes 2018; 11: 1179551418798794.

13.

Klonoff

Ayers

, et al. Time to moderate and severe hyperglycemia and ketonemia following an insulin pump occlusion. J Diabetes Sci Technol 2024; 18: 1472–1479.

14.

Hou

Amed

Goldman

RD.

Insulin pump complications among children with diabetes. Can Fam Physician 2022; 68: 893–895.

15.

Pickup

Insulin pumps. Diabetes Technol Ther 2015; 17: S-21–S-6.

16.

Carić

Marin

Malinović-Pančić

, et al. The success of insulin pump therapy: importance of education of patients and health professionals. Front Clin Diabetes Healthc 2024; 5: 1464365.

17.

Ningsih

Rahman

Insulin-pump therapy pada anak dengan diabetes melitus tipe 1: Studi literatur. Holistik Jurnal Kesehatan 2023; 17: 610–623.

18.

von Kobyletzki

Ulriksdotter

von Kobyletzki

, et al. Insulin pump therapy and adverse skin reactions with focus on allergic contact dermatitis in individuals living with diabetes mellitus: a systematic review and clinical-based update. J Diabetes Sci Technol 2024; 18: 1300–1312.

19.

Uslu

Kızılay

DÖ

Demir

, et al. Is automated insulin delivery system therapy safe and effective in children under seven years old? J Clin Res Pediatr Endocrinol 2024; 17: 153–160.

20.

Karges

Schwandt

Giani

, et al. SKIN-PEDIC: prevalence of skin complications in pediatric insulin pump users. Pediatr Diabetes 2023; 24(1): 17–25.

21.

Battelino

Danne

Bergenstal

, et al. Effectiveness of the MiniMed 780G system in children and adolescents with type 1 diabetes: real-world evidence. Diabetes Technol Ther 2023; 25(3): 174–182.

22.

de Groot

van Oers

Ipenburg

, et al. Allergic contact dermatitis caused by glucose sensors and insulin pumps: a full review. Contact Dermatitis 2025; 92: 164–175.

23.