Hayes, Diane F

Northeast Orthopaedic Alliance is an integrated network of dedicated orthopaedic surgeons committed to providing personalized care across the northeastern United States, from the White Mountains of New Hampshire to the cobblestone streets of Boston. With a focus on delivering superior outcomes, their physician-led approach emphasizes compassionate, patient-centric care tailored to the needs of each individual. Through a network of advanced care centers, Northeast Orthopaedic Alliance ensures convenient access to leading-edge specialists who utilize the latest innovations and technology. Their dedication to fostering effective communication and collaboration among healthcare providers enhances the overall patient experience, promoting a swift return to active lifestyles. Generated from the website

The New York State Thruway Authority operates a comprehensive tolling system across its 570-mile network, facilitating efficient transportation for both commercial and personal travel. With features like cashless tolling, EZPass options, and real-time traffic alerts, the Thruway Authority enhances the travel experience for millions of users daily. In addition to tolling services, the Thruway Authority provides resources such as electric vehicle charging stations, safety alerts, and information on service areas and rest stops. Their commitment to modernizing transportation infrastructure supports the movement of goods and services throughout New York State. Generated from the website

Fornilab at the University at Albany specializes in research focused on the embryonic development of the nose and its critical role in both olfactory function and reproductive system maturation. The lab investigates various cell populations in the nasal area, aiming to understand their roles in normal and pathological development related to olfaction and gonadotropin-releasing hormone-1 neurons. Utilizing in vivo and ex-vivo observations, Fornilab employs mouse lines with genetic mutations that resemble human developmental disorders to trace and manipulate specific cell types. This research seeks to fill gaps in knowledge regarding the genetic and molecular mechanisms that govern the formation of the nose and its associated systems. Generated from the website