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Table 1: Year-wise distribution of number of Indian publications in Virology growth rate was found to have dropped to 0.17 (2019) from 0.57 (1999), though the mean DT pattern follows reverse direction, which has increased to 4.45 (2019) from 2 (1999). Table | indicates the highest number of Indian virology publications was 562, published in 2019. The lowest number of publications, i.e., | was published in 1990. It has been observed that the mean relative

Table 1 Year-wise distribution of number of Indian publications in Virology growth rate was found to have dropped to 0.17 (2019) from 0.57 (1999), though the mean DT pattern follows reverse direction, which has increased to 4.45 (2019) from 2 (1999). Table | indicates the highest number of Indian virology publications was 562, published in 2019. The lowest number of publications, i.e., | was published in 1990. It has been observed that the mean relative

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Table 2: Year-wise distribution of number of global publications in Virology Table 2 shows that the highest number of global virology publications was 17091, published in 2016. The lowest number of publications, i.e., 170 was published in 1990.
Table 2: Year-wise distribution of number of global publications in Virology Table 2 shows that the highest number of global virology publications was 17091, published in 2016. The lowest number of publications, i.e., 170 was published in 1990.
Figure 1: Growth curve of global virology publications
Figure 1: Growth curve of global virology publications
Figure 2: Growth curve of Indian virology publications
Figure 2: Growth curve of Indian virology publications
Table 4: Computation of straight line trend by the least squares method
Table 4: Computation of straight line trend by the least squares method
Figure 3: Trend of the Virology literature Y= a+bX since )X = 0, therefore Yr=a=bX=>Y = 5560.73 + 282.41 % X¥ Least squares method has been employed to fit the following straight-line equation:
Figure 3: Trend of the Virology literature Y= a+bX since )X = 0, therefore Yr=a=bX=>Y = 5560.73 + 282.41 % X¥ Least squares method has been employed to fit the following straight-line equation:
So, if we put the values of 'a' and 'b' int¢ the trend line, we get:
So, if we put the values of 'a' and 'b' int¢ the trend line, we get:
Table 5 depicts the age-wise distribution of citations in the field of virology. It is observed that more citations are distributed in the age of 0-13. Itis shown that the maximum number of citations i.e., 87087 received in the year 2004, and the number of citations distributed (83.26%) in the last 19 years. The number of citations decreased with an increase in age, except in some years, the citations increased by a small margin. The AAF of the literature is 0.986, half-life = 14 years, mean life = 70.93 and utility factor = 71.43. Table 5: Age-wise distribution of citations in the field of virology
Table 5 depicts the age-wise distribution of citations in the field of virology. It is observed that more citations are distributed in the age of 0-13. Itis shown that the maximum number of citations i.e., 87087 received in the year 2004, and the number of citations distributed (83.26%) in the last 19 years. The number of citations decreased with an increase in age, except in some years, the citations increased by a small margin. The AAF of the literature is 0.986, half-life = 14 years, mean life = 70.93 and utility factor = 71.43. Table 5: Age-wise distribution of citations in the field of virology
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