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Achieving optimal diabetic control in adolescence: the continuin...
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Achieving optimal diabetic control in adolescence: the continuing enigma Achieving optimal diabetic control in adolescence: the continuing enigma E. M. McConnell R. Harper M. Campbell J. K. Nelson* Diabetes Unit, Ulster Hospital, Dundonald, Belfast, Northern Ireland *Correspondence to: Dr J. K. Nelson, Ulster Hospital, 700 Upper Newtownards Road, Dundonald, Belfast, Northern Ireland BT16 1RH, UK. E-mail: susan.williams@nda.n-i-nhs.uk Summary The transition from childhood through adoles
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Achieving optimal diabetic control in
adolescence: the continuing enigma
E. M. McConnell
R. Harper
M. Campbell
J. K. Nelson*
Diabetes Unit, Ulster Hospital,
Dundonald, Belfast, Northern Ireland
*Correspondence to: Dr J. K. Nelson,
Ulster Hospital, 700 Upper
Newtownards Road, Dundonald,
Belfast, Northern Ireland
BT16 1RH, UK.
E-mail:
susan.williams@nda.n-i-nhs.uk
Summary
The transition from childhood through adolescence to adulthood is a dif®cult
stage, particularly for patients with type 1 diabetes. The yearning for
autonomy and independence, as well as the hormonal changes around the
time of puberty, can manifest in poor glycaemic control. The focus on diet and
weight increases the prevalence of eating disorders, compounding the
dif®culties in supervising diabetes patients. This can be exacerbated by the
realisation that hyperglycaemia induces weight loss and the use of this
knowledge to further manipulate diabetes control to gain a desired body
image. The management of adolescents with type 1 diabetes is therefore
challenging and requires close collaboration between psychological medicine
and diabetes teams. This review describes the dif®culties frequently
encountered, with a description of four cases illustrating these points. Case
1 demonstrates the problem of needle phobia in a newly diagnosed patient
with type 1 diabetes leading to persistent hyperglycaemia, the recognition of
weight loss associated with this and the development of bulimia. The patient's
overall management was further complicated by risk-taking behaviour. By the
age of 24 years, she has developed diabetic retinopathy and autonomic
neuropathy and continues to partake in risk-taking behaviour. Case 2
illustrates how the lack of parental support shortly after the development of
type 1 diabetes led to poor glycaemic control and how teenagers often omit
insulin to accommodate lifestyle and risk-taking behaviour. Case 3 further
exempli®es the dif®culty in managing patients with needle phobia and the
fear of hypoglycaemia. Case 4 adds further weight to the need for parental
support and the impact of deleterious life events on glycaemic control by
manipulation of insulin dosage. Copyright # 2001 John Wiley & Sons, Ltd.
Keywords adolescence; diabetic control
Background
Type 1 diabetes mellitus is a serious disorder of childhood and is managed by
a complex and invasive treatment regimen aimed at maintaining good
glycaemic control to minimise the risk of long-term complications. It is well
documented that during adolescence, a particularly stressful time for the
normal healthy teenager, there is deterioration of glycaemic control in
patients with type 1 diabetes. This may be related to hormonal changes
around the time of puberty but is also related to the individual's desires for
independence and control over their own life. A number of problems can arise
during the management of the adolescent diabetic patient as illustrated by
four case reports from our local diabetes clinic, demonstrating the dif®culties
with treatment encountered on a daily basis and possible management
strategies that can be adopted.
The deterioration in glycaemic control during adolescence has been widely
documented. Females in particular appear to have a signi®cantly higher level
CLINICAL CHALLENGES
IN DIABETES
DIABETES/METABOLISM RESEARCH AND REVIEWS
Diabetes Metab Res Rev 2001; 17: 67±74.
Copyright # 2001 John Wiley & Sons, Ltd.
of mismanagement of diabetes than males, particularly
those in late adolescence (18±24 years) compared to early
adolescence (12±14 years) [1]. Diabetes mismanagement
has been reported to have a mean age of onset around 15
years and to be at its greatest between 17 and 19 years of
age [2]. College students are at high risk of improvising
care of their diabetes because of erratic schedules, newly
acquired independence and peer pressures. Barriers to
successful management included poor time management,
stress, hypoglycaemia, dietary constraints, social isolation
and inadequate ®nance [3].
Positive life events are associated with improvement in
glycaemic control, while severe stress may provoke
poorer glycaemic control [4]. A recent study of 45
children (aged 6±14 years) with type 1 diabetes showed
that children who experienced emotional upset in the
family setting had higher subsequent glycated haemoglo-
bin concentrations than children who had not [5].
Recognizing and learning to cope with stress may help
people with diabetes maintain good glycaemic control.
Adherence to treatment may be a problem and there is
also an expectation that young people should become
independent in self-care. It has been observed that sons
are more likely to receive maternal help than daughters
[6]. Chronic hyperglycaemia in children is associated
with reduced memory and learning capacity, while age of
onset of type 1 diabetes also has a predictive negative
change on measures of intelligence, particularly affecting
visuospatial skills [7].
Young people partake in a risky lifestyle experimenting
with alcohol, cigarettes and illegal drugs, which can have
serious consequences in teenagers with diabetes. In a
recent study in which 561 people with diabetes were
compared to 1125 controls in Scandinavia, there were as
many current diabetic smokers as controls, although
signi®cantly fewer females with diabetes smoked when
considered separately (18 vs 26%; p<0.05) [8]. People
with diabetes also consumed less alcohol, had a greater
percentage of non-drinkers (22 vs 13%; p<0.01) [8] and
undertook more exercise (40 vs 28%; p<0.001). This was
also shown in a study of 155 adolescents with diabetes,
aged 10±20 years in which 39% of the cohort were using
alcohol, 34% were smoking cigarettes, 10% admitted to
illegal drug use and 29% were having unprotected sexual
intercourse [9], all substantially lower than community
samples of middle school children. However perception of
risk to peers is signi®cantly higher than perception to self,
particularly in females [9]. The frequency of risky
behaviour increased with age. As yet no studies have
examined the timing and trajectory of risk-taking
behaviour and whether the perception of risk deters
youths with type 1 diabetes from engaging in risky
behaviour. In the UK, 57 young people with diabetes were
compared over a 10-year period to a group of young
adults identi®ed at the time of a moderately acute severe
illness and demonstrated similar rates of high school
graduation, post-high school education, employment and
illicit use of drugs [10]. Fewer criminal convictions and
fewer illnesses unrelated to diabetes were recorded.
However, people with type 1 diabetes reported lower
perceived competence, particularly global self-worth,
sociability and physical appearance and they scored
lower on humour subscales.
Case reports
Case 1
A 13-year-old female was diagnosed with type 1 diabetes
in 1989 and commenced on twice-daily insulin. She had
needle phobia and omitted her insulin for 2 weeks in
January 1990. Blood glucose remained high throughout
her ®rst year of treatment and she was admitted to
hospital for stabilisation. Local anaesthetic cream was
used at her injection sites. However at her next review she
had reduced her total daily dose of insulin by 50% having
experienced severe hypoglycaemia. Over the next 2 years
she was admitted frequently with diabetic ketoacidosis
associated with poor glycaemic control and an expressed
fear of hypoglycaemia. By 1992 she was diagnosed as
having anorexia nervosa and was referred to the
psychiatric unit. Glycaemic control remained suboptimal
with HbA
1c
9±10% (non-diabetic range 4.5±6.5%). A
basal-bolus insulin regimen was commenced in 1996
when her HbA
1c
was 12.8%. Shortly afterwards, she
developed severe visual impairment secondary to exten-
sive macular oedema and intraretinal haemorrhage and
required laser therapy. By 1997 she had lost 9 kg in
weight, admitted to binge-eating with associated purging,
had evidence of bulimia and was re-referred to psychia-
try. She admitted to smoking marijuana and taking
ecstasy tablets. Her HbA
1c
was 14.3%. She was given
advice to take an extra 10 units of soluble insulin during
Table 1. Case 1: 24-year-old female with 11-year history of
type 1 diabetes
Date
Age
(years)
Weight
(kg)
HbA
1c
(%) Comments
Jan 1989 13
+6
55 12.4 Newly diagnosed. Commenced
®xed mixture insulin
Sep 1989 14
+1
48.9 12.2 Admitted for stabilisation.
Insulin dose increased
Mar 1990 14
+8
47.6 13.1 Stopped insulin for 2 weeks in Jan
1990 ± needle phobia. Admitted for
stabilisation
Apr 1990 14
+9
53.5. 11.9 Reduced insulin herself
Nov 1991 16
+4
57.2 11.2 Claimed blood glucose was
5±9 mmol/l at home
Jan 1993 17
+6
51.7 9.2 Referred for management
of anorexia nervosa
Oct 1996 21
+3
55.8 12.8 Commenced basal-bolus insulin.
One week later, extensive
macular oedema,
intraretinal haemorrhage ± laser
treatment
Jun 1997 21
+11
48.1 14.3 Stopped all soluble insulin.
Intermittently took long-acting
insulin. Diagnosed as having bulimia
Feb 1999 23
+7
53.1 10.3 Gastroparesis ± domperidone therapy
Dec 1999 24
+5
58.1 11.9 Alcohol, illegal drugs.
Evidence of microalbuminuria
68 E. M. McConnell et al.
Copyright # 2001 John Wiley & Sons, Ltd. Diabetes Metab Res Rev 2001; 17: 67±74.
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