SBLM Architects partnered with Mount Sinai to create next-generation Histology and Pathology laboratories—purpose-built to advance research, diagnostics, and medical education through precision-driven design.
SBLM Architects partnered with Mount Sinai to create next-generation Histology and Pathology laboratories—purpose-built to advance research, diagnostics, and medical education through precision-driven design.
SBLM Architects partnered with Mount Sinai to create next-generation Histology and Pathology laboratories—purpose-built to advance research, diagnostics, and medical education through precision-driven design.
Mount Sinai Medical Center Annenberg Lab
Mount Sinai Medical Center Annenberg Lab
Mount Sinai Medical Center Annenberg Lab
New York, New York
New York, New York
New York, New York
SBLM Architects designed the new Histology and Pathology laboratories at Mount Sinai with a clear focus on supporting cutting-edge research and clinical diagnostics for the Icahn School of Medicine. These specialized labs provide state-of-the-art facilities that enable precise tissue analysis and pathology workflows critical to medical education and patient care.
SBLM Architects designed the new Histology and Pathology laboratories at Mount Sinai with a clear focus on supporting cutting-edge research and clinical diagnostics for the Icahn School of Medicine. These specialized labs provide state-of-the-art facilities that enable precise tissue analysis and pathology workflows critical to medical education and patient care.
"The new laboratories not only meet the needs, but anticipate the demands of the Hospital's academic and clinical missions, strengthening its role as a leader in medical innovation and education."
"The new laboratories not only meet the needs, but anticipate the demands of the Hospital's academic and clinical missions, strengthening its role as a leader in medical innovation and education."
"The new laboratories not only meet the needs, but anticipate the demands of the Hospital's academic and clinical missions, strengthening its role as a leader in medical innovation and education."
To effectively communicate the design to stakeholders, the design team developed computer animations showcasing all equipment and work areas within the space for detailed analysis by their end users. This led to a layout that optimizes efficiency, safety, and collaboration—organizing specimen processing, microscopy, and analysis areas to streamline complex workflows while ensuring compliance with stringent laboratory standards. Flexible bench spaces, advanced ventilation systems, and dedicated storage areas enhance both functionality and adaptability for evolving research needs.
To effectively communicate the design to stakeholders, the design team developed computer animations showcasing all equipment and work areas within the space for detailed analysis by their end users. This led to a layout that optimizes efficiency, safety, and collaboration—organizing specimen processing, microscopy, and analysis areas to streamline complex workflows while ensuring compliance with stringent laboratory standards. Flexible bench spaces, advanced ventilation systems, and dedicated storage areas enhance both functionality and adaptability for evolving research needs.
