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THE PROBLEM

Africa's dependency,
a life threatening reality.  

Biologics and vaccines are among the most supply-sensitive medicines.

When production is concentrated outside the continent, access to life saving medicines becomes vulnerable to global demand shocks, long lead times, cold-chain complexity, and foreign-currency exposure.

Strengthening local supply security requires regional production capacity and robust quality systems. By building local capability, we 
reduce single-point dependencies and improves continuity of supply for essential medicines.

VACCINES

99%

of vaccines used in Africa are imported

MEDICINES

70-90%

of drugs consumed in sub-Saharan Africa are imported

ACTIVE PHARMACEUTICAL INGREDIENTS 

≥95%

of APIS used in Africa are imported

Local manufacturing for accessible biologics in Africa.

Immobazyme is developing biosimilars and vaccines in South Africa to strengthen supply security and reduce import reliance.

A SILENT EPIDEMIC 

Diabetic Foot Ulcers

Diabetic foot ulcers (DFUs) arise from neuropathy, vascular impairment,

and infection risk.

 

They are clinically challenging to treat and can progress rapidly, with a strong likelihood of hospitalisation, amputation, and mortality if wound healing is delayed.

DIABETES IN SOUTH AFRICA

≥2.3 million

South Africans are affected by diabetes

28% 

of diabetic patients present to primary healthcare clinics with diabetic foot ulcers 

80%

of diabetic foot amputations in the public sector are attributed to DFUs

More than half of amputees dying within four years.

ILLUSTRATIVE DFU SERVERITY

Image depicting Stage 1 of Diabetic foot ulcers,

Stage 1

Superficial ulcers on the skin and subcutaneous tissue ​

Imaging dipicting stage 2 of Diabetic foot ulcers: Deep ulcer involving tendon or capsule

Stage 2

Deep ulcer involving tendon or capsule

Stage 3 of Diabetic foot ulcers: Deep ulcer with bone involvement (osteomyelitis) and/or abscess

Stage 3

Deep ulcer with bone involvement (osteomyelitis) and/or abscess

Stage 4 pf Diabetic foot ulcers: Localised gangrene

Stage 4:

Localised gangrene

REGENZA

TM

PRODUCT OUTLINE

Regenza™ is Immobazyme’s recombinant human epidermal growth factor (EGF), developed as a bioactive ingredient for wound-healing research and future therapeutic development.

 

EGF is a well-characterised signalling protein involved in epidermal repair processes, including cell proliferation and migration.

In diabetic foot ulcers, delayed healing and infection risk can escalate rapidly. Regenza™ is being developed to support improved wound repair outcomes by providing a consistent, locally manufactured source of recombinant EGF alongside a development pathway aligned to quality documentation and regulatory expectations.

Image by Julia Koblitz

Regenza: Key Milestones & Timeline To Market.

2025

2026

2027

2028

Proof of concept

Regenza: preclinical proof of concept (DFU indication)

Assay package: potency + functional readouts (in vitro)

Early formulation / delivery feasibility + stability scoping

Process finalisation

Finalise manufacturing process (upstream + downstream)

GMP-grade production run + release testing plan

CMC documentation build (specifications, COAs, traceability)

Preclinical / clinical development

Expanded preclinical package

(in vitro + in vivo)

Clinical strategy + protocol design (endpoints, comparators)

Continued stability + validation of analytical methods

Regulatory submission & approval pathway

SAHPRA submission preparation (Module 3 CMC + supporting data)

QMS/GMP inspection readiness and responses

Approval pathway and market access planning

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