Indian Journal of Pharmacy and Pharmacology

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Indian Journal of Pharmacy and Pharmacology (IJPP) open access, peer-reviewed quarterly journal publishing since 2014 and is published under auspices of the Innovative Education and Scientific Research Foundation (IESRF), aim to uplift researchers, scholars, academicians, and professionals in all academic and scientific disciplines. IESRF is dedicated to the transfer of technology and research by publishing scientific journals, research content, providing professional’s membership, and conducting conferences, seminars, and award programs. With more...

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Get Permission Sundaram, Nasurdeen, Subramaniyam, and Murugaiyan: Prescribing pattern of antiepileptic drugs in tertiary care teaching hospital, Nagapattinam


Introduction

Epilepsy is a condition which is characterized by repeated episodes of seizures due to a disorder of the brain cells. A seizure is a result of increased nerve-cell discharges in the brain.1 It is developed with sudden abnormal function of the body, loss of consciousness, too much of muscular activity, and also loss of or abnormal sensation and abnormal bowel and bladder function.1, 2

Globally, it is calculated that nearly 50 million people suffered by epilepsy. In India,10 million people suffered with the epilepsy. It is approximate that there are more than 10 million people having epilepsy in India and its prevalence is about 1% in the total population. The prevalence is greater in the rural area (1.9%) compared to urban population (0.6%).3 The prevalence of epilepsy across the world is approximately 5-9 per 1,000 population.4

This disease burden in India can probably due to large population, lower income and educational status, sociocultural prejudices, inadequate resources, infectious disease and non-communicable diseases, and the lower importance given for public health aspects of epilepsy.4 Epilepsy is significantly higher incidence in male than in female.5

Some of the causes of epilepsy are family history, Brain damage or injury before, during or after child birth. Injury due to infection in mother, poor nutrients and decreased oxygen. Baby born with brain defect also suffered by epilepsy, Head or brain trauma is triggering the seizure. Brain condition can trigger epilepsy in people with the age of 35. Brain conditions includes stroke, brain surgery, tumor, hardening of brain arteries, Alzheimer disease, tuberculosis sclerosis. Some bacterial and viral infection can cause epilepsy. Infection like AIDS, viral encephalitis, meningitis cause seizure. Developmental disorder like down syndrome, autism, neurofibromatosis. Episodes of seizure can occur when the doses are missing, alcohol ingestion, some drugs like cocaine, insomnia, other medication that interfere with antiepileptic drugs, stress, emotional upset, During menstrual cycle. Fever is the most common cause in pediatric patients.2, 3, 4, 5, 6

The goal of treatment is to control of seizure with appropriate anti-epileptic drug. Antiepileptic drug prescribed with less significant side effect. Treatment of epilepsy with antiepileptic drug has to be started after confirming type of epilepsy.7

The aim of this study was to evaluate the use of various antiepileptic drugs in seizure patients.Figure 1

Materials and Methods

It was an observational retrospective study, conducted at government headquarters hospital, NagapattinamIndia, from April 2021 to September 2021. In this study, total 100 prescriptions have been assessed. Data regarding the demographical detail of the patient, types of epilepsy, the antiepileptic drugs prescribed were analyzed.

Study Recruitment Procedure

Inclusion criteria

  1. Both the gender with all age group.

  2. Patient with different type of seizure caused by Generalised tonic clonic seizure, absence seizure, focal seizure, alcohol withdrawal seizure, drug withdrawal seizure and febrile seizure.

Exclusion criteria

  1. Patient with improper information.

  2. Patient who shifted to other hospital were excluded.

  3. Pregnant and breast-feeding women.

Result

Distribution of patient wih epilepsy according to gender wise distribution

A total of 100 patients were prescribing with antiepileptic drugs during the study. Among 100 patients 68 have identified as male and 32 identified as female.

Figure 1

Gender wise distribution

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/be243ba5-21dd-4ffb-a12a-5ae36cd25818image1.png

Age group wise distribution

Among 100 patient 38 patient were aged between 0-14, 39 patients were aged between 15-47, 15 patients were aged between 48-63, 8 patients were aged between above 65 years.

Figure 2

Age group wise distribution

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/be243ba5-21dd-4ffb-a12a-5ae36cd25818image2.png
Table 1

Age and gender wise distribution

Age

Male

Female

Total

0-10

17

16

33

11-20

11

6

17

21-30

10

2

12

31-40

6

3

9

>40

24

5

29

Total

68

32

100

Distribution of types of seizure

Among 100 patient 54% were diagnosed with generalized seizure disorder. 21% were secondary seizure. 12% were other type of seizure.

Table 2

Distribution of patient according to types of seizure

S. No

Types of seizure

No. of. Patient affected

Percentage (%)

1.

Generalized seizure

Generalized seizure

Seizure disorder

45

Generalized tonic clonic seizure

8

54%

Absence seizure

1

2.

Secondary seizure:

Febrile seizure

23

23%

3.

Focal seizure

2

2%

4.

New and late onset seizure

10

10%

5.

Others

12

12%

Alcohol withdrawal seizure

Drug withdrawal seizure

Unprovoked seizure

Post stroke seizure

Classification of antiepileptic drugs

In our study most commonly used classification of AED’S were benzodiazepines (50.6%), hydantoins (28%), aliphatic carboxylic acid (14.6%), iminostilbenes (3.65%), newer agents (2.03%) showed in the Table 3, Table 4

Table 3

Distribution of antiepileptic drugs

Classification of AED’S

No. of. prescription

Percentage

Hydantoin

69

28%

Iminostilbenes

9

3.65%

Aliphatic carboxylic acid

36

14.6%

Benzodiazepine

125

50.6%

Barbiturates

2

0.81%

Newer agent

5

2.03%

Table 4

Distribution of benzodiazepines

Benzodiazepines

No of time prescribed

Percentage (%)

Clonazepam

3

1.21%

Diazepam

45

18.2%

Lorazepam

31

12.6%

Clobazam

30

12.1%

Midazolam

15

6.09%

Nitrazepam

1

0.40%

Prescribing pattern of anti-epileptic drugs

Among 100 prescription 19% has been identified as monotherapy and 81% has been identified as combinational therapy.

Figure 3

Drug regimen

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/be243ba5-21dd-4ffb-a12a-5ae36cd25818image3.png
Table 5

Distribution of drug regimen

Therapy

No. of Patients

Percentage

Monotherapy

19

19%

Combinational Therapy:

Two-Drug Therapy

35

Three-Drug Therapy

32

81%

Four or More Drug Therapy

14

Total

100

100%

Figure 4

Distribution of drug regimen

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/be243ba5-21dd-4ffb-a12a-5ae36cd25818image4.png

Distribution of older and newer agent

Among 100, 98% were prescribed with older antiepileptic drug and 2% were prescribed with newer agent.

Figure 5

Percentage distribution of older and newer aed

https://s3-us-west-2.amazonaws.com/typeset-prod-media-server/be243ba5-21dd-4ffb-a12a-5ae36cd25818image5.png

Discussion

Prescription pattern defines the extent and profile of drug use, trends, quality of drugs, and compliance with standard treatment guidelines. It helps to provide appropriate use of medication.8 The primary aim of drug. Found to be rationale.

Epilepsy defined by ‘WHO’ as Epilepsy is a chronic non-communicable disease of the brain that affects around 50 million people worldwide. It has been characterized by recurrent seizures, which are brief episodes of involuntary movement that may involve a part of the body (partial) or the entire body (generalized) and therefore it is accompanied by loss of consciousness and control of bowel or bladder function.2

The main goal of the treatment is to reduce the frequency of seizure with minimal side effects produced by AED’S. Most of the antiepileptic drugs are available in the market, but due to their toxic effect and drug-drug interaction, that are withdrawn from the market. Optimal combination of drug should prevent the further episode and provide therapeutic action according to the patient needs. Among the study population male patients (68%) found to be higher than female patient (32%). Male predominance has Shilpaal. shownnce.8 The most common type of seizure was generalized seizure (54%) followed by secondary seizure (23%) and the least common was absence seizure (1%). vyas common type of seizure.9 monotherapy. similar result was vyas.9 hydantoinsim inostilbene(3.65%), newer agents (2.03%). Juhi singh the most commonly used classification of antiepileptic drug benzodiazepines classes.10 therapy in our study. As juhi singh the same.10 Magarmentioned.11 Newer Nagapattinam government hospital.

Conclusion

In this study we identified, combination therapy has been mostly prescribed. Benzodiazepines, commonly prescribed class of agent. Phenytoin, mostly prescribed drug. Most patients have received older anti-epileptics agents.

Source of Funding

None.

Conflict of Interest

None.

References

1 

P A Dekker World Health Organization Mental and Behavioural Disorders Team, International League Against Epilepsy & International Bureau for Epilepsy. (‎2002)‎. Epilepsy: a manual for medical and clinical officers in Africa / P.A. Dekker, Revhttps://apps.who.int/iris/handle/10665/67453

2 

NS Santhosh S Sinha P Satishchandra Epilepsy: Indian perspectiveAnn Indian Acad Neurol2014171311

3 

S Amudhan G Gururaj P Satishchandra Epilepsy in India I: Epidemiology and public healthAnn Indian Acad Neurol201518326377

4 

Y Hu Y Shan Q Du Y Ding C Shen S Wang Gender and Socioeconomic Disparities in Global Burden of Epilepsy: An Analysis of Time Trends From 1990 to 2017Front Neurol20211264345010.3389/fneur.2021.643450

5 

M Hoffman Causes of EpilepsyWebMD2021https://www.webmd.com/epilepsy/guide/epilepsy-causes

6 

Guideline for the management of epilepsy in India. Indian epilepsy society and Indian epilepsy association-18th International epilepsy congress trust2008http://clinicalestablishments.gov.in/WriteReadData/epilepsy-guidelines.pdf

7 

S Jain P Upadhyaya J Goyal A Kumar P Jain V Seth A systematic review of prescription pattern monitoring studies and their effectiveness in promoting rational use of medicinesPerspect Clin Res201562869010.4103/2229-3485.154005

8 

BN Shilpa HK Sushma S Latha GH Shashikala Prescription pattern of anti-epileptic medications in a tertiary care centreIndian J Pharm Pharmacol201851710

9 

N Vyas S Shahani M Gandhi Prescription pattern of antiepileptic drugs in seizure disorder, their adverse reactions and cost analysis: A tertiary care hospital-based studyNational J Physiol Pharm Pharmacol202010321520

10 

J Singh SS Tyagi To Study of Drug Utilization Review in Epileptic PatientsJ Med Sci Clin Res2019754653

11 

B Yogesh RS Magar B Balasaheb Utilization pattern of antiepileptic drugs and their adverse effects in tertiary healthcare and teaching hospitalInt J Basic Clin Pharm2019813946



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Article type

Original Article


Article page

33-36


Authors Details

Lakshmi Sabapathi Sundaram, Hathija Asika Nasurdeen, Jayalakshmi Subramaniyam, Krishna Sumathi Murugaiyan


Article History

Received : 19-09-2022

Accepted : 08-10-2022


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