News|Articles|April 18, 2019

In the Lab eNewsletter

  • Pharmaceutical Technology\'s In the Lab eNewsletter-05-01-2019
  • Volume 14
  • Issue 5

FDA Issues Bispecific Antibody Development Guidance

The agency provides recommendations for the development of bispecific antibody development programs that include regulatory, quality, nonclinical, and clinical considerations.

FDA published guidance on April 18, 2019 giving recommendations for the development of bispecific antibody development programs. General regulatory and scientific considerations for bispecific antibodies are discussed. The agency states in the guidance that the development of a specific individual, bispecific antibody development program should be discussed with FDA. The guidance addresses regulatory, quality, nonclinical, and clinical considerations but does not discuss multitarget therapies that are combinations of monoclonal antibodies or are antibody cocktails or polyclonal antibodies.

According to FDA, “bispecific antibodies can target multiple disease-modifying molecules with one drug, with possible advantages over combination therapy or the use of antibody mixtures.” Developing bispecific antibodies can be a challenge, however. The guidance clarifies which type of data are necessary to support the approval of bispecific antibodies.

Source: FDA

 


Related to this article

Quality inspector walking through processing area with stainless tanks and tablet | Image Credit: ©Surachai -stock.adobe.com
At the PDA/FDA Joint Regulatory Conference 2026, Helen Motamen, MS global head, Sanofi Quality Audit, Inspection, Intelligence & Advocacy, at Sanofi, provided advice for creating a strong internal audit program.
Intravenous therapy; drip chamber in focus against a colorful background | Image Credit: ©Anna Jurkovska -stock.adobe.com
This article explores the historical use of silicone oil in the performance of primary drug product packaging; design of experiment test results for selection of the cleaning agent and CCPs; assessment of visible residue limits and Fourier-transform infrared spectroscopy surface analysis; and setting health-based exposure limits for silicone oil using a non-uniform distribution model, and a previously published permitted daily exposure.