Recent papers on Follow up Periods

Sorted by publication year (newest first) via OpenAlex. List regenerates every 24h.

  1. Effects of repeated periods of high-intensity interval training on myocardial function in patients with metabolic syndrome: A 16-month follow-up

    2026 · Journal of Cardiology · Ortega, Juan F., García-Camacho, Eva, Gadella-Fernández, Alejandro et al.

    2026
  2. A response on a critical commentary on “Prevalence of post-COVID symptoms across variants of concern and follow-up periods: a systematic review and meta-analysis”

    2026 · International Journal of Infectious Diseases · Lugtu, Eiron John, IV, Delfin Ynigo Pilapil, Cabunoc, Mikhail Harvey et al.

    2026
  3. Prevalence of post-COVID symptoms across variants of concern and follow-up periods: A systematic review and meta-analysis

    2026 · International Journal of Infectious Diseases · Lugtu, Eiron John, IV, Delfin Ynigo Pilapil, Cabunoc, Mikhail Harvey et al.

    2026
  4. Summary of follow up periods within the cohort.

    2025 · Figshare · (22634076), Don B. Odhiambo, (13267640), Donald Akech, (13267643), Boniface Karia et al.

    2025
  5. Percentage of domain scores (A) General Impact (B) Perception about health services and treatment, and median/interquartile range (IQR) of CLIQ across follow-up periods.

    2025 · Figshare · (4500976), Endi Lanza Galvão, (12152812), Janaína de Pina Carvalho, (12152809), Tália Santana Machado de Assis et al.

    2025
  6. Definition of time periods used to define the cohort and follow-up periods.

    2025 · Figshare · (170826), Takeshi Fujiwara, (573887), Constantinos Koshiaris, (112705), Ting Cai et al.

    2025
  7. Timeline of STARLITE trial including Screening, Treatment, and Safety Follow-up Periods.

    2025 · Figshare · (22138941), Manav Daftari, (22138944), Christian K. Ramsoomair, (22138947), Daniel Aaronson et al.

    2025
  8. Model performance represented by receiver operating characteristic (ROC) curves across follow-up periods.

    2025 · Figshare · (21702703), Leader Lawanga Ontshick, (19484789), Jepsy Yango, (21702706), Ange Mubiala Yaya et al.

    2025
  9. Comparison of long-term pulmonary sequelae due to COVID-19 between patients with follow up periods of < 2 years and ≥ 2 years.

    2025 · Figshare · (19545165), Minkyeong Lee, (6740516), Byoung Kwon Park, (258396), Dong Hoon Shin et al.

    2025
  10. Forest plot of the sensitivity analysis of the subgroups of systolic blood pressure variation across distinct follow-up time periods.

    2025 · Figshare · (21453824), Maria Smyrli, (21453827), Theodora Oikonomaki, (21453830), Chrysanthi Skalioti et al.

    2025
  11. Forest plot illustrating the subgroup analysis of systolic blood pressure variation across distinct follow-up time periods.

    2025 · Figshare · (21453824), Maria Smyrli, (21453827), Theodora Oikonomaki, (21453830), Chrysanthi Skalioti et al.

    2025
  12. Forest plot of the sensitivity analysis of the subgroups of diastolic blood pressure (DBP) variation across distinct follow-up time periods.

    2025 · Figshare · (21453824), Maria Smyrli, (21453827), Theodora Oikonomaki, (21453830), Chrysanthi Skalioti et al.

    2025
  13. 2025
  14. This canvas has never been blank: desertscape as a palimpsest (IVth mill. BCE – XXth c. CE): The Eastern Desert underwent major environmental changes during the Holocene. With the end of the African humid period during the mid-Holocene (8,2 - 4,2 ky), it dried out considerably, gradually becoming more and more like the desert we know today. While the origin of its formation is climatic, the evolution of its landscapes and socio-ecosystems owes much to human activities and occupation.This human presence is now quite well documented for the most important peaks in desert occupation, mainly linked to the exploitation of the desert's resources by political and economic powers based in the Nile Valley, or to its place in the trade and expedition roads to the Indian Ocean, the Arabian Peninsula, and the Horn of Africa. These different powers have marked the desert with signs of their presence, their networks, and their appropriation of places, all of which have accumulated, replaced, or cancelled each other out along time. But even in the earliest periods, the canvas has never been blank, because pre-desert occupation left some inheritances and because multi-resource nomadism, which is still insufficiently documented, resulted in other forms of appropriation of the desert areas. This second point is still too often neglected, as the nomads, who were present throughout the period studied, left few traces and the sedentary people did not always account for their interactions with these populations.The paper begins with a brief review of the Holocene climatic history of the Eastern Sahara, followed by a theoretical reflection on the different forms of territorialization and place appropriation that exist among nomadic and sedentary populations. Following these initial overviews, it presents case studies and reflections on the successive and/or simultaneous appropriations, transformations, and reuses of some of the watering places, roads, quarries, harbors, and mines of the Eastern Desert from the end of prehistory to the beginning of the 20th century AD.

    2025 · HAL (Le Centre pour la Communication Scientifique Directe) · Maël, Crépy,

    2025
  15. How Has the COVID-19 Pandemic Impacted Addiction Services? A Study of the Different Periods of the Pandemic and Patient Treatment Follow-up Over 1 Year

    2025 · Substance Use Research and Treatment · Narváez‐Camargo, Marta, Mancheño‐Velasco, Cinta, Díaz, Carmen et al.

    2025
  16. Rate and predictors of loss to follow-up in HIV care in a low-resource setting: analyzing critical risk periods

    2024 · BMC Infectious Diseases · Endebu, Tamrat, Taye, Girma, Deressa, Wakgari

    2024

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