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International Journal of
eISSN: 2381-1803

Complementary & Alternative Medicine

Case Report Volume 7 Issue 5

Ayurvedic Management of Unilateral Decompressive Craniectomy and Cranioplasty Sequelae - A Case Report

Prasad Mamidi, Kshama Gupta

Department of Kayachikitsa, Parul Institute of Ayurveda, India

Correspondence: Prasad Mamidi, Dept of Kayachikitsa, Parul Institute of Ayurveda, Parul University, Vadodara, Gujarat, India, Tel 7567222856

Received: April 25, 2017 | Published: May 15, 2017

Citation: Mamidi P, Gupta K (2017) Ayurvedic Management of Unilateral Decompressive Craniectomy and Cranioplasty Sequelae - A Case Report. Int J Complement Alt Med 7(5): 00234. DOI: 10.15406/ijcam.2017.07.00234

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Abstract

Stroke is the leading cause of disability and more than half of the stroke survivors will end up severely impaired. The prevalence of stroke in India ranges from 40 to 270 per 100 000 population. Like any other surgical procedure, decompressive craniectomy is not without risk and cranioplasty also carries its own risks. Some of the complications arising out of these surgeries may require additional surgery which further increases the risk to the patient for neurological deterioration or death. The present article deals with a diagnosed case of post hemi craniectomy squeal clinically presented as left sided hemiplegia, focal seizures/myoclonic jerks and irritable mood. The Ayurvedic diagnosis of pakshaghata was made and various panchakarma procedures were implemented along with internal Ayurvedic medicines. Two assessments were taken before and after treatment on NIH-SS (National Institute of Health Stroke Scale) and SS-QOL (Stroke Specific Quality of Life Scale). There is 57.1% relief on NIH-SS and 83.5% improvement found on SS-QOL in present case. Ayurvedic panchakarma procedures and medicines were found effective in the management of post hemi craniectomy squeal. The recovery was promising and worth documenting.

Keywords:hemi craniectom, decompressive craniectomy, stroke, ayurveda, pakshaghata, focal seizures

Introduction

According to WHO (world health organization) publication, ‘Gloabal health risks: Mortality and burden of disease attributable to selected major risks’, cardio-vascular disease accounts for 30% of deaths globally. Out of these, 5.7million deaths (i.e. 9.7% of all deaths) are caused by stroke. Stroke is the leading cause of disability and more than half of the stroke survivors will end up severely impaired.1 The prevalence of stroke in India ranges from 40 to 270 per 100000 populations.2 Decompressive craniectomy (DC) has been used in the management of raised intra cranial pressure (ICP) or herniation syndrome. A large portion of the skull is removed to allow swollen brain to herniate outwards in DC. Cranioplsaty is another surgical procedure follows DC in which the autologous skull or synthetic material or bio-ceramics are used to repair the skull defect caused by DC. DC is not without risk like any other surgical procedure and cranioplasty also carries its own risks. Some of the complications arising out of these surgeries may require additional surgery which further increases the risk to the patient for neurological deterioration or death.3

Here we are reporting a case of ischemic stroke, has undergone DC followed by cranioplasty and has been suffering with focal seizures, non-functioning left upper limb with irritable mood. The patient came to our care for an Ayurvedic management for his condition. Written and informed consent was obtained from the patient for the publication of the present case report.

Case description

A 57year aged old gentleman came to our care (11.07.2016), with the complaints of left sided weakness, pedal edema (left leg), myoclonic jerks / focal seizures (involving left upper and lower limb), irritability / aggressive mood, drowsiness, frequent urinary tract infections, gaze preference to the right, hypertension and dyslipidemia. This gentleman has suffered with an ischemic stroke (May 2014) and undergone right decompressive craniectomy for right middle cerebral artery (MCA) infarction (May 2014) followed by right side titanium cranioplasty (December 2014). He has made progress since then. He is left with a non functioning upper limb but able to manage this well. He mainly resides in a wheel chair, however does mobilize with a tripod / quad stick (Figure 1). He has reported recurrent urinary tract infections and experiences poor flow, terminal dribbling, penile pain and dysuria. He has developed seizures followed by surgery which comes without warning, four times a week and causes his left sided limbs to shake. He is fully awake during the seizure episodes and is confused afterwards. He also had abdominal pain, bloating / discomfort. He has been taking anti-epileptics, anti-hypertensive, thrombolytics, NSAID’s and laxatives. He has not satisfied with the western medicines and management for his condition and came to our care for Ayurvedic treatment with the hope of getting functional recovery of left upper and lower limb. Hematological, biochemical investigation reports were within normal limits (26 & 30.08.2016) (Table 1). No past history of head injury, diabetes, cardiac pathology and any major medical illness found. No positive family history of stroke, diabetes, hypertension, dyslipidemia and cardio-vascular pathology found. Patient has undergone surgery for varicose veins of right lower limb. At the time of examination patient’s vital functions were normal and patient was drowsy and responded to vocal commands. Tendon reflexes were exaggerated; muscle tone was increased in left upper and lower limb with positive babinski. Clinical examination revealed a soft, non tender abdomen with no palpable bladder. DRE (digital rectal examination) revealed a 30gm benign feeling prostate. Pitting edema was found in left lower limb. Patient used to smoke, takes alcohol and not having allergy to any drug or food item.

Figure 1 Left sided hemipegia with pitting edema at left foot.

Date

Name of investigation

Report

05.11.2013

MRI scan of Lumbo-sacral spine

Showed disc bulge at L4 - L5 and L5 – S1

18.05.2014

CT Brain

Extensive thrombus within
the right internal carotid
artery (ICA) and right
middle cerebral artery (MCA)
commencing 1.6 cm from
the right common carotid artery bifurcation.

Repeat CT Brain after few days

There has been evolution of
the previously seen right
MCA territory infarction with
hypodensity now seen in the
entire MCA territory with
a significant associated
increase in swelling
throughout the supratentorial
brain, new midline shift to
the left of 10mm, generalized
sulcal effacement and
effacement of the right
lateral ventricle.

15.07.2015

X-Ray of left shoulder

Normal report

23.07.2015

USG Abdomen

Moderate prostatic hypertrophy
and mild right renal
pelvis dilatation seen.

08.10.2015

Barium meal study

Normal report.

31.12.2015

Flexible cystoscopy

Normal report.

09.04.2016

Gastroscopy

Mild duodenitis (erythematous);

Colonoscopy

Few scattered diverticula in
the sigmoid colon which denotes,
‘sigmoid diverticular disease’.

26.08.2016

Urine for culture and sensitivity

No organism isolated after 48 hours
of aerobic incubation;

Liver function tests

Normal report;

Serum creatinine

1.3mg / dl;

30.08.2016

Hematological investigations like hemoglobin,
WBC count, RBC count,
Platelet count etc;

Within normal range.

10.01.2017

Prothrombin time (PT),
Activated partial thromboplastin time (APTT),
liver function tests,
lipid profile and routine
hematological investigations;

Within normal range.

Serum urea

56mg / dl

01.03.2017

Serum cholesterol

223mg / dl

Serum triglycerides

92 mg / dl

Serum HDL

58 mg / dl

Serum LDL

146.6 mg / dl

Serum VLDL

18.4mg / dl

Cholesterol / HDL ration

3.84

Serum LDL / HDL cholesterol

2.52

ESR

32mm in 1 hour

18.03.2017

Serum cholesterol

223mg / dl

Serum triglycerides

115mg / dl

Serum HDL

56.5mg / dl

Serum LDL

143.5mg / dl

Serum VLDL

23mg / dl

Cholesterol / HDL ration

3.94

Serum LDL / HDL cholesterol

2.53

Table 1 Investigation reports

Diagnosis, assessment & treatment

Patient got right MCA infarction (ischemic stroke) and undergone right decompressive craniectomy followed by elective cranioplasty. CT brain (18.05.2014) revealed evidence of extensive thrombus involving right MCA and right internal carotid artery (ICA) (Table 1). Total two assessments were carried out. Baseline / initial assessment was taken on the first day of starting Ayurvedic treatment (11.07.2016) and second assessment was carried out at the time of discharge (21.03.2017). A criterion of assessment was based on the scorings of NIH-SS (National Institute of Health - Stroke Scale)4 and SS-QOL (Stroke Specific Quality of Life Scale).5 Ayurvedic diagnosis of ‘Pakshaghata (vama parshwa)’ is made and treated accordingly.

Initially line of treatment was planned to control focal seizures, myoclonic jerks, to improve mood, to reduce urinary tract infection, to reduce pedal edema and to bring stability in general condition of the patient (from 11.07.2016 to 14.09.2016). Later allopathic medicines which the patient has been consuming like, anti-epileptics, anti-hypertensive’s, thrombolytics, NSAID’s and laxatives were withdrawn and replaced by Ayurvedic internal medicines (from 24.01.2017 to 21.03.2017) (Table 2).

Duration

Medicine

Dose

Frequency

Anupaana

11.07.2016 to
18.08.2016

1. Abhayarishta

20ml

twice a day, after food

with equal quantity of water

2. Neeri tablets

500mg

twice a day, after food

with water

19.08.2016 to
14.09.2016

1. Neeri tablets

500 mg

twice a day, after food

with water

2. Palsineuron capsules

1gm

twice a day, after food

with water

09.01.2017 to
23.01.2017

1. Palsineuron capsules

1gm

twice a day, after food

with water

24.01.2017 to
28.02.2017

1. Rasa rajeshwara ras

250mg

twice a day, after food

with water

2. Prasaaranyadi kwatha

15ml

twice a day, before food

with 45 ml of water

3. Kalyana avaleha choornam

3gm

twice a day, after food

with honey

4. Cardocalm tablets

500mg

twice a day, after food

with water

5. Maha yogaraja guggulu

500mg

twice a day, after food

with water

01.03.2017
to
21.03.2017

1. Sheetaprabha tablets

500mg

twice a day, after food

with water

2. Varanadi kwatha

15ml

twice a day, before food

with 45 ml of water

3. Dhanwantaram 101 avarti sofgels

2 sofgels

twice a day, after food

with water

4. Cardocalm tablets

500mg

twice a day, after food

with water

5. Maha yogaraja guggulu

500mg

twice a day, after food

with water

 

Panchakarma intervention

11.07.2016 to
02.08.2016 &
19.08.2016 to
31.08.2016 &
09.09.2016 to
14.09.2016

 

Udwartana with Yava kola kuluthadi choorna

03.08.2016 to
18.08.2016
(Kaala vasti schedule)
&
01.09.2016 to
08.09.2016
(Yoga vasti schedule)

1. Patra pottali pinda sweda with Prasaranyadi tailam
2. Bashpa sweda (in steam chamber)
3. Niruha vasti
(A. Saindhava lavana - 6 gm
B. Madhu - 100 ml
C. Sindhuvara eranda tailam - 100 ml
D. Satapushpa & Hinguvachadi kalkam - 25 gm
E. Dashamoola & Rasna saptaka kwatha - 400 ml
F. Gomutra arka - 100 ml
G. Kalyanaka ksharam - 3 gm)
(or)
4. Anuvasana vasti with Sahacharadi tailam – 80 ml

09.01.2017 to
23.01.2017

1. Udwartana with Yava kola kuluthadi choorna
2. Nasya karma with Dhanwantaram 101 avarti tailam

24.01.2017 to
31.01.2017
(Yoga vasti schedule)
&
08.02.2017 to
23.02.2017
(Kaala vasti schedule)

1. Patra pottali pinda sweda with Kottamchukkadi kuzhambu
2. Bashpa sweda (in steam chamber)
3. Niruha vasti
(A. Saindhava lavana - 6 gm
B. Madhu - 150 ml
C. Vastyamayantaka ghritam - 100 ml
D. Satapushpa kalkam - 25 gm
E. Varanadi kwatha - 400 ml)
(or)
4. Anuvasana vasti with Pippalyadi anuvasana tailam – 80 ml

01.02.2017 to
07.02.2017

Takra dhaara

24.02.2017 to
28.02.2017

1. Udwartana with Yava kola kuluthadi choorna
2. Shiro pichu with Ksheera bala tailam

01.03.2017 to
21.03.2017

1. Patra pottali pinda sweda with Dhanwantaram kuzhambu
2. Bashpa sweda (in steam chamber)

Table 2 Intervention

Discussion

DC is an effective means of controlling elevated ICP and it is also life saving; while the procedure is technically straight forward, it places the patient at risk for many non-trivial complications, which can negatively impact outcome. Complications of DC are mainly of three types, hemorrhagic, infectious/inflammatory and disturbances of the cerebrospinal fluid (CSF) compartment. Complications which are associated with cranioplasty also fell under similar major types with additional complications relating to the bone flap.3

Pakshaghata is a vata vyadhi (disease caused by vata dosha) and can be correlated with  hemiplegia/stroke. Panchakarma (five major cleansing procedures) procedures like Udwartana (herbal powder massage), Vasti (medicated enema), Nasya (nasal medication)and virechana (therapeutic purgation) were found to be beneficial in the management of pakshaghata. Previous study has reported significant relief on NIH-SS and on SS-QOL in stroke patients with integrated approach (conventional modern medicine with Ayurveda and physiotherapy).6,7 The present case report deals with the efficacy of an Ayurvedic treatment in the management of post hemi craniectomy complications.

Udwartana procedure was selected initially to reduce the pedal edema and to achieve ‘niraamavastha’Abhayarishta was used to relieve constipation and laxatives were stopped. Neeri tablets, sheetaprabha tablets were prescribed to tackle urinary tract infection whenever required. Palnsineuron capsules were prescribed for left shoulder pain and pain at left thigh (NSAID’s were stopped). Cardocalm tablets were used to control hypertension (after stopping anti-hypertensives). Maha yogaraja guggulu, Rasa rajeshwara ras, prasaranyadi kwatha and Dhanwantaram101 avarti sofgels were prescribed for vata shamana (to pacify vata dosha) (Table 2).

Panchakarma procedures like vasti (yoga vasti and kaala vasti schedules), nasya, patra pottali pinda sweda (massage with the bolus prepared by medicinal leaves and herbal powders), sarvanga abhyanaga (full body oil massage), bashpa sweda (steam in steam chamber) and udwartana were implemented according to the requirement and condition of the patient. Takra dhara (pouring medicated butter milk over forehead) and shiro pichu (keeping cotton over the head which is dipped in medicated oil) (Figure 2) were implemented to tackle aggressiveness, sleeplessness and irritability. Patient has also received physiotherapy treatment along with panchakarma wherever feasible (Table 2).

Figure 2 Shiro pichu.

On NIH SS, good relief was noticed in left upper and lower extremity function. Baseline score (11.07.2016) on NIH-SS was 7 which was improved to 3 at the time of second assessment (21.03.2017). There was 57.1% of improvement was found on NIH-SS. On SS-QOL, maximum relief was noticed in items like, energy levels, mobility, personality, mood and upper extremity function. The baseline score on SS-QOL during initial assessment was ‘91’ (11.07.2016) which is improved to ‘167’ during second assessment (21.03.2017) (which denotes 83.5% relief). Patient was able to climb the stairs without support at the time of discharge and able to do his routine works with ease. Pedal edema got reduced and constipation relieved. Left shoulder pain and left thigh pain were diminished, range of movement were improved in left upper and lower limb with reduced stiffness. Myoclonic jerks, focal seizures got reduced (frequency of once a week) with improved mood and quality of life. The recovery was promising and worth documenting.

Conclusion

Udwartana is effective in reducing the pedal edema in present case. Various panchakarma procedures like vastinasyapatra pottali pinda swedabashpa sweda are seems to be beneficial in improving the functioning / mobility in present case. Shiro pichu and takra dhara are effective in the management of aggressiveness / irritable mood and sleeplessness in present case. There is 57.1% relief on NIH-SS and 83.5% improvement found on SS-QOL in present case. Ayurvedic treatment seems to be promising in the management of post hemi craniectomy squeal.

Acknowledgments

None.

Conflicts of interest

Author declares there are no conflicts of interest.

Funding

None.

References

Creative Commons Attribution License

©2017 Mamidi, et al. This is an open access article distributed under the terms of the, which permits unrestricted use, distribution, and build upon your work non-commercially.