Recently, Misbah Khan, a Pakistan doctoral student of our university, as the first author, published anacademic paper entitled "sequence dependent recruitment of srsf1 and srsf7 to intronless lncrna nkila promoters nuclear export via the Trex / tappathway" in the international famous academic journal nuclear acids res (if: 11.5).
Link: https://doi.org/10.1093/nar/gkab445
Misbah Khan majored in biochemistry and molecular biology in Cancer Stem Cell Research Institute of our university. Her supervisor is Professor Lei Haixin. This is also a high-level paper published by another foreign doctoral student of Professor Lei Haixin's research group after Sikandar Azam, the first foreign doctoral graduate, published an academic paper in RNA Biol in 2019 (if: 5.5, which has been cited 20 times).
When Misbah learned that her thesis had been accepted, she was excited to say that she felt full of achievementand looked forward to future scientific research when she was able to complete such a challenging project in her five years. She was very lucky to be admitted to the research group a few years ago to carry out scientific research, and sincerely thanks the supervisor's careful guidance and the Chinese government scholarship.
In recent years, in accordance with the requirements of "developing high-end projects andcultivating high-end talents" of the Ministry of Education, relying on the Chinese government scholarship project, our university has gradually become a base for high-end talents to study, study and train in China. The university has been awarded the national "Silk Road", "UniversityGraduate" and "China Africa Friendship Award" scholarship projects, among which the "Silk Road" doctoral scholarship project has been awarded the "priority support" project of the Ministry of education. At the end of the 13th Five Year plan, graduate students accounted for 20.2% of international students, which was 5% higher than that of the 12th Five Year Plan. The number of doctoral students increased from 29 in the 12th Five Year Plan to 99, and the scale increased nearly four times.
(End)
