Rucha Bapat and Gayathri Visakan Receive Awards at Enamel 11

Congratulations to Rucha Bapat and Gayathri Visakan! In addition to being invited to present their research on ameloblastin and enamel formation, Rucha and Gayathri were also awarded Young Investigator Travel Awards at Enamel 11, an international conference held in France earlier this month.

Rucha Bapat, Gayathri Visakan, and Janet Oldak-Moradian at the Enamel 11 conference in France, where they presented their research on ameloblastin and enamel formation.
Rucha Bapat, Janet Oldak-Moradian, and Gayathri Visakan
Group picture of the winners of the Young Investigator Travel Award at the Enamel 11 conference
Winners of the Young Investigator Travel Award at Enamel 11

Janet Moradian-Oldak Elected as an Honorary Member of the OKU Zeta Chapter

Last Thursday, Dr. Janet Moradian-Oldak was inducted into the Omicron Kappa Upsilon (OKU) Dental Honor Society (Zeta Chapter) in recognition of her outstanding contributions and service to the Herman Ostrow School of Dentistry.

OKU is a national honorary society focused on the field of dentistry, founded in 1914 at Northwestern University. Each year, only one faculty member is nominated for this distinction. We’re proud to celebrate Dr. Moradian-Oldak’s well-deserved honor!

(Dr. Janet Moradian-Oldak pictured here with Dean Yang Chai of the Herman Ostrow School of Dentistry of USC)

NIDCR grants a competing renewal award to support Prof. Oldak’s research for its 23rd year!

Congratulations to Dr. Janet Moradian-Oldak on her fourth competing renewal of “Matrix based mineral enamel-biomimetics,” an R01 grant she has been working on since 2001! With this grant, her lab has been able to study the structure and functionality of ameloblastin (Ambn) by looking at how it interacts with different targets, with the hope of gaining further understanding of enamel formation.

“Ambn is a matricellular protein, and its complex role in amelogenesis relies on a multitargeting property centered in the region of the sequence encoded by exon 5. Ambn interacts with ameloblast cells via the amphipathic helix (AH) domain and functions to anchor the mineralizing extracellular matrix to enamel-forming cells.”