Figures & data
Table 1. Basic sequencing data for 4 volunteers pre-vaccination and post-vaccination
Figure 1. The diversity of repertoires of TCRBV before and after immunization with RABV vaccines in 4 volunteers. The volunteers were injected with anti-RABV vaccines for three times and TCR repertoires were detected by high throughput sequencing. The comparison of most frequent TCRBV before and after RABV vaccination was shown
![Figure 1. The diversity of repertoires of TCRBV before and after immunization with RABV vaccines in 4 volunteers. The volunteers were injected with anti-RABV vaccines for three times and TCR repertoires were detected by high throughput sequencing. The comparison of most frequent TCRBV before and after RABV vaccination was shown](/cms/asset/0e7284ab-0c2b-4e44-8f6e-2e8b6c58e196/khvi_a_1893575_f0001_c.jpg)
Figure 2. Unique clonotypes in different degree of expansion in 4 volunteers before and after RABV vaccination. The clonotypes before and after vaccination were calculated and divided into five levels according to their frequencies
![Figure 2. Unique clonotypes in different degree of expansion in 4 volunteers before and after RABV vaccination. The clonotypes before and after vaccination were calculated and divided into five levels according to their frequencies](/cms/asset/afaf0006-0396-45cf-893e-0d568b9d8899/khvi_a_1893575_f0002_b.gif)
Figure 3. TCRBV diversity in 4 volunteers before and after RABV vaccination. The TCRBV diversity were evaluated by Shannon method
![Figure 3. TCRBV diversity in 4 volunteers before and after RABV vaccination. The TCRBV diversity were evaluated by Shannon method](/cms/asset/28884a3d-21e6-44d2-8d7f-8b6ead25aa6e/khvi_a_1893575_f0003_b.gif)
Figure 4. The usage frequencies of TRBV and TRBJ gene segments in 4 volunteers before and after RABV vaccination. (a) Frequency of TRBV segments before and after RABV vaccination. (b) Frequency of TRBJ segments before and after RABV vaccination
![Figure 4. The usage frequencies of TRBV and TRBJ gene segments in 4 volunteers before and after RABV vaccination. (a) Frequency of TRBV segments before and after RABV vaccination. (b) Frequency of TRBJ segments before and after RABV vaccination](/cms/asset/24039a52-b3ba-4e9a-a9a5-5f59a2e76d05/khvi_a_1893575_f0004_b.gif)
Figure 5. The usage frequencies of all possible distinct functional V-J pairing in 4 volunteers before and after RABV vaccination. The x axis represents all functional V genes and the y axis represents all functional J genes. The height of the bars is proportional to the frequency of a V-J pairing
![Figure 5. The usage frequencies of all possible distinct functional V-J pairing in 4 volunteers before and after RABV vaccination. The x axis represents all functional V genes and the y axis represents all functional J genes. The height of the bars is proportional to the frequency of a V-J pairing](/cms/asset/4bbed447-8d8c-47ba-a0f3-26926ab3524e/khvi_a_1893575_f0005_c.jpg)
Table 2. The overlap in the repertoires of TCRB CDR3 before and after immunization with RABV vaccines in 4 volunteers
Table 3. The top 20 high-frequency clonotypes before and after RABV vaccination