WHO · UNICEF · UN IGME 2024← All Countries

🇱🇸

Maternal & Child Mortality
in Lesotho

Southern Africa · #12 of 30 worst globally

Child Deaths Since Jan 1, 2026

0

70.1 per 1,000 live births · Lesotho

Deaths at Birth Today

0

est. newborns today

Infant Mortality Rate

70.1

per 1,000 · 2.6× world avg

Maternal Mortality Rate

566

per 100,000 · 2.9× world avg

Southern Africa

Birth Mortality Crisis

Mothers & Newborns
Dying in Lesotho
During Childbirth

566 maternal deaths per 100,000 — disproportionately driven by HIV/AIDS in pregnancy and the world's highest per-capita tuberculosis burden.

Newborn & Infant Mortality

70.1deaths per 1,000 live births

2.6× the world average

Maternal Mortality During Birth

566deaths per 100,000 live births

2.9× the world average

👶

Newborn & Child Deaths During Birth in Lesotho

HIV/AIDS is the single largest driver of excess child and maternal mortality. PMTCT programmes have reduced vertical HIV transmission but it remains significant.

Improved significantly thanks to HIV treatment scale-up.

Leading Causes of Child Death at Birth

Neonatal causes28%

HIV/AIDS-related22%

Pneumonia17%

Diarrhoea13%

Other20%

* Neonatal deaths (first 28 days) represent the largest share of under-5 mortality.

What Happens in the Delivery Room

🏥

Births in a health facility~80%

estimated — lower in conflict/rural areas

👩‍⚕️

Skilled birth attendant present~43%

doctor, midwife or trained nurse

⚠️

Neonatal deaths (first 28 days)48%

of all under-5 deaths occur at birth

🩸

Most preventable with skilled care~75%

of child and maternal deaths

🤱

Maternal Mortality During Birth in Lesotho

Lesotho has the world's highest TB incidence per capita. The HIV-TB co-epidemic is devastating for pregnant women. Mountainous terrain makes health facility access extremely difficult in winter.

Improved with ARV scale-up but remains high due to the dual HIV-TB burden.

Causes of Death During Labour & Delivery

HIV/AIDS in pregnancy30%

Haemorrhage22%

Tuberculosis15%

Eclampsia15%

Sepsis12%

Other6%

* Haemorrhage and eclampsia together cause over 50% of deaths — both are treatable with basic skilled care.

Why Mothers Die at Birth Here

🩺

Emergency obstetric care availableLimited

few facilities can manage haemorrhage

🩸

Blood transfusion accessCritical gap

haemorrhage kills within 2 hours

💊

Magnesium sulphate (eclampsia)Often absent

costs $1 — saves lives instantly

✅

If skilled care were universal~75% fewer deaths

WHO estimate for this mortality level

⚠️

Why Is This Still Happening?

Structural Barriers to Safe Birth in Lesotho

World's second highest HIV prevalence (23% of adults)

World's highest TB incidence per capita

Mountainous terrain isolating communities from health facilities

Gender-based violence correlated with HIV transmission

🎯

SDG 3 Progress Assessment

Lesotho's progress is tied to sustaining ARV supply chains. PEPFAR funding is critical.

💡

Prevention & Solutions

How Can We Prevent This in Lesotho?

📍 The Situation

Lesotho is a small, mountainous country entirely surrounded by South Africa, with high rates of HIV/AIDS that significantly elevate maternal risk. HIV-positive women face sharply increased complications during pregnancy, many of which are detectable by ultrasound.

🔬 How Ultrasound Helps

POCUS in Lesotho's context is particularly valuable for monitoring HIV-positive pregnancies — identifying fetal growth restriction, placental complications, and the indicators of severe anaemia that HIV and its treatment can cause. The country has a relatively functional health system compared to others on this list; training existing nursing staff in POCUS is achievable within the existing infrastructure.

🎓 The Training Gap

Lesotho's nursing workforce is trained and organized. Integrating POCUS into antenatal protocols — with GUSI's curriculum providing the standardized training pathway — is a realistic near-term goal requiring primarily political will and training investment.

What a trained provider can detect with a portable ultrasound device

🩸Placenta previa

🔄Malpresentation

👥Twin pregnancy

📉Fetal growth restriction

⚡Pre-eclampsia markers

🫁Childhood pneumonia

💉Internal bleeding

🧠Hydrocephalus

🧮

Interactive Model

POCUS Impact Calculator — Lesotho

Model based on: 600 scans/provider/year · 15% high-risk detection rate · 47% mortality reduction for detected cases (Swanson et al. 2014 · WHO POCUS in LMICs review)

Number of POCUS-trained providers deployed in Lesotho50

1 provider250500 providers

Scans per Year

30,000

pregnant women screened

High-Risk Detected

4,500

flagged for referral / intervention

Maternal Deaths Prevented

38

mothers saved per year

Newborn Deaths Prevented

56

babies saved per year

Total Lives Saved Per Year

94deaths prevented

1.9

lives per provider

$263

est. cost per life saved

$24,750

total training investment

* This calculator uses a conservative evidence-based model. Actual impact varies by deployment context, provider experience, and health system capacity. Training cost based on GUSI OB POCUS Essentials (~$495/provider). Mortality reduction from peer-reviewed POCUS implementation studies in low-resource settings.

�

Technology & Education

A Practical Plan to Bring POCUS to Lesotho

🗺️ Deployment Roadmap for Lesotho

Baseline assessment — map existing facilities, referral pathways, blood supply, and available midwives, nurses, and physicians who could be trained.
Provider training — enrol local champions in GUSI's OB POCUS Essentials + Pediatric POCUS courses. Certify a core group to train others.
Device procurement — select appropriate portable handheld devices based on power infrastructure, connectivity, and budget (see brands below).
Protocols & referral integration — define what to scan, what findings trigger referral, and how to document scans at the point of care.
Quality assurance — regular image review sessions, outcomes tracking, and refresher training to maintain competency.

📡 Recommended Portable Ultrasound Devices

🦋 Butterfly iQ+

Website →

Single-probe whole-body device covering OB, cardiac, lung, and FAST exams. App-based platform with built-in AI guidance. Designed for low-resource environments — charges via USB and works with any smartphone.

🔵 Philips Lumify

Website →

App-based probe that plugs into Android phones. Multiple transducer heads available for OB and point-of-care use. Widely used in GUSI-supported training programs globally.

🟢 GE Vscan Air

Website →

Wireless, pocket-sized dual-probe handheld. Streams live images to a smartphone app. Excellent battery life — purpose-built for rapid bedside OB and FAST-style assessments.

🔷 Clarius HD3

Website →

High-resolution wireless handheld. Multiple probe configurations available. Strong image quality in a compact form factor — suitable for OB, lung, and neonatal scanning.

Global Ultrasound Institute · GUSI

The training that closes the gap — built for providers in settings like Lesotho

GUSI trains physicians, nurses, midwives, and community health workers in Point-of-Care Ultrasound. Courses are designed from the ground up for providers in resource-limited settings — short, practical, competency-based, and available online or in person. Every course maps directly to the conditions killing mothers and babies during childbirth.