yared sinkie - Academia.edu (original) (raw)

Papers by yared sinkie

Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The rabies v... more Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The
rabies virus encoded five proteins, namely glycoprotein, nucleoprotein,
phosphoprotein, matrix protein and RNA dependent RNA transcriptase protein. These
proteins play an important role in inducing immune against rabies infection,
regulating and transcription, interaction with the cytoplasmic domain of the
glycoprotein and the RNP during virus assembly and budding, RNA synthesis and
capping respectively. The general characteristics of rabies virus such as morphology,
transmission, host defense, virus adaptation, period of communicability and cycle of
infection and replication are important to understand the diseases briefly. The
pathogenesis of rabies virus is unclear, but recent progresses have been made to
elucidate these phenomenon. The paths of rabies virus to the central nervous system
and within the central nervous system occur by fast axonal transport. Antibodies
induced by vaccination, particularly those with neutralizing activity, play prominent
role in immune defense against infection.
Keywords: Central nervous system, Encoded protein, Pathogenesis, Rabies virus,
Ribonucleoproteins.

Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The rabies v... more Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The
rabies virus encoded five proteins, namely glycoprotein, nucleoprotein,
phosphoprotein, matrix protein and RNA dependent RNA transcriptase protein. These
proteins play an important role in inducing immune against rabies infection,
regulating and transcription, interaction with the cytoplasmic domain of the
glycoprotein and the RNP during virus assembly and budding, RNA synthesis and
capping respectively. The general characteristics of rabies virus such as morphology,
transmission, host defense, virus adaptation, period of communicability and cycle of
infection and replication are important to understand the diseases briefly. The
pathogenesis of rabies virus is unclear, but recent progresses have been made to
elucidate these phenomenon. The paths of rabies virus to the central nervous system
and within the central nervous system occur by fast axonal transport. Antibodies
induced by vaccination, particularly those with neutralizing activity, play prominent
role in immune defense against infection.
Keywords: Central nervous system, Encoded protein, Pathogenesis, Rabies virus,
Ribonucleoproteins.

Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The rabies v... more Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The
rabies virus encoded five proteins, namely glycoprotein, nucleoprotein,
phosphoprotein, matrix protein and RNA dependent RNA transcriptase protein. These
proteins play an important role in inducing immune against rabies infection,
regulating and transcription, interaction with the cytoplasmic domain of the
glycoprotein and the RNP during virus assembly and budding, RNA synthesis and
capping respectively. The general characteristics of rabies virus such as morphology,
transmission, host defense, virus adaptation, period of communicability and cycle of
infection and replication are important to understand the diseases briefly. The
pathogenesis of rabies virus is unclear, but recent progresses have been made to
elucidate these phenomenon. The paths of rabies virus to the central nervous system
and within the central nervous system occur by fast axonal transport. Antibodies
induced by vaccination, particularly those with neutralizing activity, play prominent
role in immune defense against infection.
Keywords: Central nervous system, Encoded protein, Pathogenesis, Rabies virus,
Ribonucleoproteins.

Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The rabies v... more Rabies is a zoonotic viral disease and it is transmitted by bites of a rabid animal. The
rabies virus encoded five proteins, namely glycoprotein, nucleoprotein,
phosphoprotein, matrix protein and RNA dependent RNA transcriptase protein. These
proteins play an important role in inducing immune against rabies infection,
regulating and transcription, interaction with the cytoplasmic domain of the
glycoprotein and the RNP during virus assembly and budding, RNA synthesis and
capping respectively. The general characteristics of rabies virus such as morphology,
transmission, host defense, virus adaptation, period of communicability and cycle of
infection and replication are important to understand the diseases briefly. The
pathogenesis of rabies virus is unclear, but recent progresses have been made to
elucidate these phenomenon. The paths of rabies virus to the central nervous system
and within the central nervous system occur by fast axonal transport. Antibodies
induced by vaccination, particularly those with neutralizing activity, play prominent
role in immune defense against infection.
Keywords: Central nervous system, Encoded protein, Pathogenesis, Rabies virus,
Ribonucleoproteins.