. 2020 Nov 1;32(11):113101. doi: 10.1063/5.0031875

TABLE IV.

Twelve vertices of the adenovirus capsid.

Macromolecule	V_i
	$\begin{matrix} V_{01} = \frac{5 L}{2} (β, 1,0), V_{02} = \frac{5 L}{2} (β, - 1,0) \\ V_{03} = \frac{5 L}{2} (- β, 1,0), V_{04} = \frac{5 L}{2} (- β, - 1,0) \\ V_{05} = \frac{5 L}{2} (0, β, 1), V_{06} = \frac{5 L}{2} (0, β, - 1) \\ V_{07} = \frac{5 L}{2} (0, - β, 1), V_{08} = \frac{5 L}{2} (0, - β, - 1) \\ V_{09} = \frac{5 L}{2} (1,0, β), V_{10} = \frac{5 L}{2} (- 1,0, β) \\ V_{11} = \frac{5 L}{2} (1,0, - β), V_{12} = \frac{5 L}{2} (- 1,0, - β) \end{matrix}$

Macromolecule

V_i

\begin{matrix} V_{01} = \frac{5 L}{2} (β, 1,0), V_{02} = \frac{5 L}{2} (β, - 1,0) \\ V_{03} = \frac{5 L}{2} (- β, 1,0), V_{04} = \frac{5 L}{2} (- β, - 1,0) \\ V_{05} = \frac{5 L}{2} (0, β, 1), V_{06} = \frac{5 L}{2} (0, β, - 1) \\ V_{07} = \frac{5 L}{2} (0, - β, 1), V_{08} = \frac{5 L}{2} (0, - β, - 1) \\ V_{09} = \frac{5 L}{2} (1,0, β), V_{10} = \frac{5 L}{2} (- 1,0, β) \\ V_{11} = \frac{5 L}{2} (1,0, - β), V_{12} = \frac{5 L}{2} (- 1,0, - β) \end{matrix}