Not exact matches
Researchers also studied the brain tissue of the
infected mice
under a microscope and found that the memory problems tracked with changes in nerve
cells.
«This allowed us to examine the interactions of the florescent integrase
under the light microscope both in vitro in a single HIV virion as well as in a human
cell infected with it.»
The same Swiss team had reported, in two papers published previously in the journal Nature, a new molecular mechanism that generates broad - spectrum antibodies able to bind red blood
cells infected by the parasite and therefore to keep the infection
under control.
One gene produces a protein known to help the parasite
infect red blood
cells and is already
under study as a target for a vaccine.
(E) Bisulfite - mediated methylcytosine mapping of HIV - 1 CpG island 2 in latently
infected CD4 + T
cells stimulated
under non-polarizing conditions.
In the humanized mouse model
under the conditions studied here, partial loss of cxcr4 in human T
cells due to treatment with X4 - ZFNs provided selective pressure for either the evolution or emergence of a pre-existing single amino acid mutation in the V3 loop of the
infecting X4 HIV - 1 strain that enabled it to use CCR5 as efficiently as CXCR4.
(B, C) Flow cytometric analysis of HIV - 1 gene expression in (B) mock
infected or (C) latently
infected CD4 + T
cells under non-polarizing conditions, either at the basal state or after reactivation with antibodies against CD3 and CD28.
Cell of the Archaean Sulfolobus
infected by virus STSV1 observed
under microscopy.
But by placing the gene
under the control of a «promoter» — an on - off switch for gene expression — from a gene (SM22a) that is expressed only in smooth muscle
cells, Dr. Parmacek's team found that no matter which types of
cells were
infected, the gene was only «turned on» in smooth muscle
cells.
Mock -
infected control (A); Severe hemorrhage and regression of ovarian follicles (B); Spleens from mock -
infected control (left) and enlarged spleens from the
infected ducks (C); HE - stained ovary section showing hemorrhage and follicle rupture with red stained bodies (D); HE - stained brain section revealing lymphocytes and mononuclear
cell infiltration
under cranial arachnoid (E) and focal gliosis (arrow)(F).
Under the guidance of a world - renowned cancer biologist, Robert Weinberg, Ph.D., Lu is focusing on how metastatic breast cancer
cells interact with a subset of immune
cells called macrophages, which normally are capable of engulfing — literally eating —
infected, damaged, or cancerous
cells.
Distemper inclusion bodies are clumps of virus that are visible
under the microscope within
infected cells.
DISTEMPER INCLUSION BODIES — «Distemper inclusion bodies» are actual clumps of virus that are visible
under the microscope within
infected cells.
Dana Campbell set «
Cell of Sulfolobus
infected by virus STSV1 observed
under microscopy» as an exemplar on «Sulfolobus».