A Stanford student page from winter 1999 is still online explaining viral replication with a few paragraphs, a couple of images and no attempt to turn itself into a modern publishing platform.
Visit the 1999 Stanford Bunyaviridae replication page
The page was created by Arthi Chakravarthy for Stanford’s Human Biology 115A course, taught by Robert Siegel. Its subject is the replication of the Bunyaviridae family inside a host cell.
The material starts with the segmented viral genome. The L, M and S segments are described separately: the L segment encodes proteins used for transcription and replication, M produces a polyprotein associated with envelope glycoproteins, and S encodes the nucleocapsid protein.
Then the page walks through the infection cycle in order.
Attachment, copying and exit
Surface proteins bind to a host cell. Entry depends on acidic conditions. The page then explains that bunyaviruses carry their own polymerase machinery and transcribe RNA from the genome’s three segments.
One of the more interesting period details is the discussion of “cap stealing.” The page compares the process to influenza and notes that transcription takes place in the cytoplasm rather than the nucleus. The explanation reflects what was being taught and understood in that course in 1999, which is exactly why the page is useful as a historical academic artifact as well as a biology reference.
Translation gets its own section. L and S segments are described as being translated by free ribosomes while M uses membrane-bound ribosomes. Assembly occurs in the Golgi apparatus, where viral particles acquire membrane and glycoproteins before leaving the cell through exocytosis.
The page ends with an electron micrograph and a link back to the larger Bunyaviridae project.
This was a common form of early academic Web publishing: students built actual public pages around course material. They were small, linkable and independent enough that individual sections could survive long after the class ended.
A modern learning-management system might hide the same assignment behind authentication, course expiration and a JavaScript application that dies when the vendor changes something. This page is just HTML. Twenty-seven years later, the lesson still opens.
That does not make every scientific statement on a 1999 student page current medical guidance. It makes the page a clean snapshot of how the subject was being explained at Stanford at the end of the 1990s.