The Amyloidosis Foundation is a non profit 501(c) (3) corporation and is an approved Charitable
Trust. In addition to our mission statement, the foundation is dedicated to all who have passed on
from amyloid, amyloid sufferers, their caregivers and family members; and also to the researchers
that are looking for the cure.
Raymond Q. Migrino, MD - Phoeniz VA
"Mechanisms and treatment of AL light chain human
microvascular
toxicity"
Light chain amyloidosis is an often fatal disease and it is caused
by the production and
deposition of abnormal immunoglobulin
light chain proteins in various organs such as
the heart, blood
vessels, and kidneys, gut and liver. The cause of injury to various
organs by the light chain proteins remains unknown. The project will determine the
underlying basis of small vessel injury induced by exposure of isolated human blood
vessels from fat tissue to light chain proteins. The project will also test if apoliprotein A1
or clusterin, two promising agents, will protect the blood vessels from injury induced by
light chain proteins. We will also begin testing methods to improve the delivery of these
apolipoproteins by using gold nanoparticles as special delivery vehicles to tissues to
reduce the toxic effects of the light chain proteins to tissues.
George Murphy, Ph D - Boston Medical Center
Gonçalo Martins Conde da Costa, PhD
Departamento de Química e Bioquímica, Edifício C8
Faculdade de Ciências da Universidade de Lisboa
Campo Grande, 1749-016 Lisboa
Portugal
"TTR amyloid fiber formation in vivo - looking beyond genetic factors"
Familial amyloidotic polyneuropathy is a crippling and fatal disease affecting an increasing
number of people worldwide. The only currently available therapeutic option is liver
transplantation, an invasive approach not exempt of complications and affecting patient's
quality of life. This project aims to discover new therapeutic opportunities by exploring nongenetic
factors affecting these patients. We intend to explore protein modification and protein
folding regulatory networks that may be affected in this pathology.
Francesca Lavatelli, MD