person

Nadezhda Y.

Country
Bulgaria
Department
Rheumatology

Research Overview

Data & Insights

medical_services
Primary Speciality
Main therapeutic area

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Return Partnerships
Recurring site collaborations
41
Sites with multiple studies

Has run more than one trial at 41 of 197 partner sites.

Specializations

Systemic Autoimmune Disorders

The investigator concentrates on therapeutic strategies for Systemic Lupus Erythematosus, aiming to reduce disease activity and improve long‑term outcomes.

  • Targeted S1P receptor modulation
  • Anti‑interferon pathway inhibition
  • Combination with standard lupus care

Research is conducted at Dkc 1 Ruse EOOD in Ruse, Bulgaria.

Cutaneous Lupus Therapy

Focused on skin‑limited disease, the work addresses Cutaneous Lupus Erythematosus in both subacute and chronic forms.

  • Topical and systemic biologic agents
  • Skin disease activity scoring systems
  • Management of antimalarial‑refractory cases

Efforts aim to achieve durable skin clearance while maintaining safety.

Psoriatic Arthritis Innovation

In the realm of inflammatory arthritis, the investigator explores treatments for Psoriatic Arthritis that have not responded to conventional biologics.

  • Dual IL‑17A/F inhibition
  • JAK/STAT pathway targeting
  • Patient‑reported outcome optimization

Studies aim to improve joint function and skin involvement simultaneously.

Targeted Breast Cancer Therapy

The investigator also contributes to oncology by focusing on Advanced ER‑positive/HER2‑negative Breast Cancer in patients with prior endocrine treatment.

  • Selective estrogen receptor degraders
  • Combination with endocrine agents
  • Progression‑free survival endpoints

Research integrates endocrine resistance mechanisms with novel therapeutics.

Emerging Immunomodulatory Agents

Across multiple autoimmune indications, the investigator evaluates next‑generation immunomodulators such as BIIB059 and ianalumab.

  • Anti‑type I interferon antibodies
  • Fc‑engineered IgG therapeutics
  • Long‑term safety monitoring

These agents are studied for their potential to modify disease pathways in lupus and related conditions.

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