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close this bookStandard Treatment Guidelines for Health Centers (First Edition) - Ethiopia (DACA; 2004; 240 pages)
View the documentACKNOWLEDGEMENTS
View the documentFOREWORD
View the documentCHAPTER 1. INTRODUCTION
Open this folder and view contentsCHAPTER 2. INFECTIOUS DISEASES
Open this folder and view contentsCHAPTER 3. SEXUALLY TRANSMITTED DISEASES
Open this folder and view contentsCHAPTER 4. COMMON SKIN PROBLEMS
Open this folder and view contentsCHAPTER 5. NON-INFECTIOUS DISEASES
Open this folder and view contentsCHAPTER 6. OBSTETRICS AND GYNECOLOGICAL CONDITIONS
Open this folder and view contentsCHAPTER 7. PEDIATRIC DISEASES
Open this folder and view contentsCHAPTER 8. /EMERGENCY CONDITIONS
View the documentANNEXES
 

ANNEXES

ANNEX 1: RECOMMENDED IMMUNIZATUION SCHEDULE


Recommended schedule for immunization according to EPI program


Age

Vaccination

Birth

BCG
OPV-0

2 months

OPV-1
DPT-1

3 months

OPV-2
DPT-2

4 months

OPV-3
DPT-3

9 months

Measles

Recommended schedule of immunization for children attending clinic at later age but before 5 years.

Age

Vaccination

First visit

BCG if mantoux test is negative
OPV-1
DPT-1

Second visit (after one month)

OPV-2
DPT-2

Third visit (after one month)

OPV-3
DPT-3
Measles

Hepatitis B vaccine (Engrix B 10 microgram)is also available and three doses are recommended (at birth, at one month and at six months of age) Booster dose is given after 10 years.

Vaccine

Type of vaccine

Route of administration

Adverse reaction

BCG

Life attenuated

Intradermal

 

DPT

Toxoid (DT)
Inactivated bacteria (P)

IM

Fever, anaphylaxis, crying, & shock

OPV

Life attenuated virus

Oral

Paralysis

Measles

Life attenuated virus

Subcutaneous

Fever

ANNEX 2: FEEDING PROBLEMS

Feeding of normal baby:

Mother should be told to start feeding the baby with in one to two hours after delivery. First feed should be the breast milk and there is no need for any test feed with water or dextrose. First few feeds should be supervised and records of feeds should be documented.

Feeding of a preterm, small for date (SGA) and infants of diabetic mothers (IDM): Infants less than 1500 grams should receive all the fluids and calories intravenously for the first 24 hours. SGA and IDM babies should be started feeding by one hour of age, First few feeds may be given by NG tube and they should be fed at least two hourly if sucking is poor. Once sucking is well established and blood sugar is normal these babies should be given to the mother for supervised breast feeding.

Feeding of term asphyxiated infants:

Mildly asphyxiated infants should feed like any healthy baby but must be closely supervised for the first 12 hours. Babies with severe asphyxia should be started with 2/3 maintenance IV fluids and strict intake records should be maintained routinely.

Evidence for adequate nutrition

Weight gain should be 20 - 30 g/kg/day for premature infants and 10 g/kg/day for full term infants

Adequate growth requires:

100-120 kcal/kg/day in term infants
115-130 kcal/kg/day for preterm infants
150 kcal/kg/day for very low birth weight infants.


ANNEX 3: FLUID AND ELECTROLYTE

Normal maintenance requirements (volume of fluid/kg/day)

Day 1

60 m1/kg/day

Day 2

80 m1/kg/day

Day 3

100 m1/kg/day

Day 4

120 m1/kg/day

Day 5

140 m1/kg/day

Day 6 & above

150 m1/kg/day

Additional allowance:

1. Increase insensible water loss:

a. Radiant warmer 20 m1/kg/day
b. Photo therapy 20 m1/kg/day
c. Increase body temperature 10-20 m1/kg/day


2. Increase loss water from other roots:


Example: neonatal entrocolitis, GI aspirates, diarrhea. The loss in the above conditions are variable, they should be replaced volume for volume.

Stomach contents should be replaced with half saline with KCL loss small intestinal contents is replaced with normal saline and KCL.

ANNEX 4: THE KANGAROO MOTHER CARE

Kangaroo Mother Care (KMC), is defined as early, prolonged and continuous skin to skin contact between a mother and her low birth weight infants (LBWI), both in hospital and after early discharge until at least the 40th week of postnatal gestational age. KMC does not need sophisticated equipment, and for its simplicity it can be applied almost everywhere including peripheral hospitals. Kangaroo Mother Care also contributes to the humanization of neonatal care and the containment of cost, for these features, it may also be attractive for neonatal units in high-income countries.

Kangaroo care a program of skin-to-skin contact between mother (any family members) and a LBWI, is part of the revolution in the care of premature infants. Since its first description in 1983 in Bogota, Colombia, KMC has drawn the attention of international agencies and the scientific community leading to a publication of more than 200 papers and abstracts.

The Multi center study including the neonatal unit of Addis Ababa, Ethiopia showed that LBWI in KMC had better growth, early discharge from hospital, lower cost, acceptable by both hospital staff and mothers when compared to the conventional method of care. KMC is not only feasible but also easily grasped by the hospital staff and accepted by the community. The feasibility of the KMC is also testified by the growing number of reported experiences and by its inclusion in national guidelines for perinatal care. The neonatal unit of Tikur Anbessa hospital also uses KMC as a routine care for all babies weighing less than 2000 grams since 1997.

The benefits of Kangaroo Mother Care: Many studies showed that Kangaroo Mother Care offers the preterm infants many physical and emotional benefits, which includes:

• A stable heart rate

• More regular breathing

• Improve dispersion of oxygen throughout the body

• Prevention of cold stress and also warming babies who are already in cold stress, Kangaroo transportation where transport incubators are not there to keep the warm chain

• Longer period of sleep (during which the brain matures)

• More rapid weight gain and earlier discharge from hospital

• Reduction of purposeless activity which simply burns calories at the expense of infants growth and health

• Decreased crying

• Opportunities to breast feed and enjoy all the healthful benefits of breast milk

• Earlier bonding


The KMC works so beautifully because of three factors affecting the infant:

1. It creates conditions similar to those with which the infant had become familiar in Utero, such as the proximity of the mother’s heart beat sounds and her voice couples with the gentle rhythmic rocking of her breathing

2. It provides containment and allows for flexion and prevent heat loss and provides heat from the skin to skin contact

3. Protects the infant and offers him a re-prieve from the stressful elements of NICU


When to Discharge from Kangaroo position:

The decision of discharging from Kangaroo position is made by the baby it self (at about the 40th week of postnatal gestational age and weight of about 2000 grams). The baby will be restless and the mother could not maintain the Kangaroo position any more then this is the time to go out of the kangaroo "pouch"

ANNEX 5: THE ETHIOPIAN AIDS CASE DEFINITION FOR SURVEILLANCE IN PEDIATRICS [REVISED FEBRUARY 2002]

I. AIDS in a child <12 years of age is defined with evidence of positive HIV test in the presence of 3 major signs alone in the absence of other known causers of immunosuppression.

II. AIDS in a child <12 years of age is defined without laboratory evidence of HIV infection in the presence of: 2 major and 2 minor signs or 3 major and 1 minor sign in the absence of other known causes of immunosuppression

III. AIDS in a child < 12 years of age is defined if patient fulfills the 1987CDC surveillance case definition


Major signs/disease

1. Failure to thrive
2. Repeated/persistent lower respiratory tract infection (LRTI)
3. Chronic recurrent diarrhea for more than 1 month (continuous/intermittent).
4. Unexplained prolonged fever.1month (continuous/intermittent). Fever should not be counted as a major sign in the presence of lower respiratory tract infection {LRTI).


Minor signs/disease

1. Generalized lymphadenopathy
2. Repeated or persistent common infections
3. Unexplained neurological disorders or developmental delay and/or microcephaly.
4. Hepatosplenomegally/or splenomegally
5. Extensive varicella infections or molluscum contagiousum.
6. Confirmed maternal HIV infection


ANNEX 6: WHO RECOMMENDATIONS ON MULTIPLE DRUG THERAPY FOR LEPROSY (TABLE 1-4)

The basic WHO recommendations on multiple drug therapy for leprosy, using adult doses (Technical report series 675, 1982)

Table 1. Multibacillary leprosy (adult dosage)

Duration

A minimum of 2 years (or 24 monthly doses within a 36-month period) in all cases, but wherever possible until slit-skin smears are negative

Number of drugs used

three: Rifampcin, Dapsone and clofazimine.

Dosage:

 

Rifampicin
Dapsone
Clofazimine

600mg once - monthly, supervised
100mg daily, self-administered
300mg once - monthly, supervised and 50mg daily, self-administered.

Surveillance

minimum of 5 years after stopping treatment, with clinical, and bacteriological examination at least every 12 months

Note: Ethionamide/prothionamide, in a daily self-administered dose of 250-375mg, may be used if the skin pigmentation or other side effects of clofazimine render this drug totally unacceptable.


Table 2. Paucibacillary leprosy (adult dosage)

Duration

6 months (or 6 monthly doses within a 9 month period).

Number of drugs used

Two: Rifampicin and Dapsone

Dosage:

 

Rifampicin
Dapsone

600mg once - monthly,supervised 100mg daily, self-adminstered.

Surveillance

Minimum of 2 years after stopping treatment with clinical examination at least every 12 months

Dosages based on age for children

Table 3. Multibacillary leprosy (3 drugs - Dapsone, Rifampicin Clofizimine)

Age groups

Dapsone daily dose, Unsupervised

Rifampicine Monthly dose, Supervised

Clofazimine Unsupervised dose

Clofazimine Monthly dose Supervised

Upto 5 years

25mg

150-300mg

100mg once weekly

100mg

6 -14 years

50-100mg

300-450mg

150mg once weekly

150-200mg

15 years and above (i.e use adult dose)

100mg

600mg

50mg daily

300mg

Table 4. Paucibacillary Leprosy (2 drugs-Dapsone and Rifampicin)

Age groups

Dapsone: daily dose, unsupervised

Rifampicin, monthly doses supervised

Upto 5 years

25mg

150-300mg

6-14 years

50-100mg

300-450mg

15 years and above i.e. use adult dose

100mg

600mg

ANNEX 7: PERCENTAGE OF ADULT DOSE REQUIRED AT VARIOUS AGES AND BODY WEIGHT

Age

Mean weight for age (Kg)

Percentage of adult dose

Newborn (full term)

 

3.5

 

12.5

2 months

 

4.5

 

15

4 months

 

6.5

 

20

1 year

 

10

 

25

3 years

15

 

33.3

 

7 years

 

23

 

50

10 years

30

 

60

 

12 years

39

 

75

 

14 years

50

 

80

 

16 years

 

58

 

90

Adult

 

68

 

100

Note: The percentage method is derived from the surface area formula for children. This table is to be used only for drugs with a high therapeutic index. The clinical response of the child, age- or disease-related changes in drug clearance and any adverse effects that might present should be given due consideration when calculating doses.

ANNEX 8: GUIDELINES FOR THE MANAGEMENT OF PAIN (INCLUDING POST-OPERATIVE PAIN)

Pain score should be assessed after asking the patient to take a deep breath, cough and move.

0 +

No pain

 

1

Mild pain

able to continue with whatever patient is doing

2

Moderate pain

beginning to interfere with activities, less able to concentrate

3

Severe pain

unable to think of anything else

ANNEX 9: GUIDELINES FOR USING NON-STEROIDAL ANTI-INFLAMMATORY DRUGS (NSAIDS)

ANNEX 10. SYMPTOMS AND FINDINGS WHEN POISONED WITH SOME COMMON DRUGS

Drug

Symptoms and physical findings

Laboratory findings

Antidote

Paracetamol

Nausea, vomiting, malaise, right upper quadrant abdominal pain, jaundice, confusion, somnolence; coma may develop later

After 24 hrs, increased AST (>1,000 IU/L is characteristic), increased ALT, increased bilirubin

n-Acetylcysteine

Tricyclic antidepressants

CNS excitability, confusion, blurred vision, dry mouth, fever, mydriasis, seizures, coma, arrhythmias, hypotension, tachycardia, respiratory depression; physical condition can rapidly change

ECG findings of increased QRS interval > 0.10 seconds, sinus tachycardia, conduction abnormalities

Bicarbonate

Benzodiazepines

Drowsiness, lethargy, dysarthria, ataxia, hypotension, hypothermia, coma, respiratory depression with severe overdoses

No characteristic findings

Flumazenil

Narcotics (opioid)

Drowsiness, nausea, vomiting, miosis, respiratory depression, cyanosis, coma, seizures, bradypnea, noncardiac pulmonary edema

With severe respiratory depression, hypoxemia, hypercarbia, respiratory acidosis, rhythm disturbances, pulmonary edema

Naloxone

AST=aspartate aminotransferase; ALT=alanine aminotransferase; CNS=central nervous system; ECG=electrocardiogram.

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