Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells

Original language	English
Media of output	Departmental Seminar/Colloquium
Place of Publication	University College London; Division of Immunity and Infection
State	Published - 2017

Activities

• 1 Oral presentation

Activities per year

• Departmental Seminar/Colloquium: Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells

  Goldstein, R. (Invited speaker)

  2017 → …

  Activity: Talk or presentation › Oral presentation

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Goldstein, R. (2017). Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells.

Goldstein, Ron. / Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells. 2017. University College London; Division of Immunity and Infection.

@misc{73d79a05f8164da29c348ad3c565fc19,

title = "Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells",

author = "Ron Goldstein",

year = "2017",

language = "אנגלית",

type = "Other",

}

Goldstein, R 2017, Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells. University College London; Division of Immunity and Infection.

Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells. / Goldstein, Ron.
University College London; Division of Immunity and Infection. 2017.

Research output: Other contribution › peer-review

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T1 - Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells

AU - Goldstein, Ron

PY - 2017

Y1 - 2017

M3 - ???researchoutput.researchoutputtypes.othercontribution.other???

CY - University College London; Division of Immunity and Infection

ER -

Goldstein R. Modeling herpes zoster and study of the interaction of VZV with human neurons derived from embryonic stem cells. 2017.