José María Murcia

Sección de actualidad, investigación y educación al servicio de la reproducción humana natural
como alternativa a la FIV.

[email protected]

[José María Murcia @NaturHumanRepro]

https://t.co/SSFaGmqXae

[José María Murcia @NaturHumanRepro]

https://t.co/SSFaGmqpkG

[José María Murcia @NaturHumanRepro]

Therefore, this pilot study is important for evaluating P-type crystallization in infertile couples in this context.

[José María Murcia @NaturHumanRepro]

It is worth noting that more studies are currently considering the contribution of cervical mucus as a non-Newtonian viscoelastic transport medium for sperm swimming. This transport medium offers several dynamic advantages, suggesting a promising approach with future potential.

[José María Murcia @NaturHumanRepro]

https://t.co/zOz4RQMfKu

[José María Murcia @NaturHumanRepro]

@CEOGjournal To improve the study of fertility awareness, other biomarkers, such as L-type crystallisation in association with other cervical biomarkers, could help improve the identification of the most fertile points of the fertile window for attempting pregnancy, as observed in this study.

[José María Murcia @NaturHumanRepro]

@CEOGjournal The fertile window allows the identification of the days of highest fertility in fertile and sub-fertile women.

[José María Murcia @NaturHumanRepro]

L-type (Loaf) Cervical Secretion Crystallization Directionality Biomarker Study (Murcia et al., 2023).

This study provides useful information for subfertile patients seeking a biomarker to help recognize the fertile window.

https:/https://t.co/7v7tgFxYbF

[José María Murcia @NaturHumanRepro]

@CEOGjournal
L-type (Loaf) Cervical Secretion Crystallization Directionality Biomarker Study has been published in Clinical and Experimental Obstetrics & Gynecology and is available online:

Manuscript Link: https://t.co/BkvziP4HF5

[José María Murcia @NaturHumanRepro]

@CEOGjournal We are pleased to inform the article titled "L-type (Loaf) Cervical Secretion Crystallization Directionality Biomarker Study" has been published in Clinical and Experimental Obstetrics & Gynecology and is available online:

Manuscript Link: https://t.co/BkvziP4HF5

[José María Murcia @NaturHumanRepro]

We are pleased to inform the article titled "L-type (Loaf) Cervical Secretion Crystallization Directionality Biomarker Study" has been published in Clinical and Experimental Obstetrics & Gynecology and is available online:

Manuscript Link: https://t.co/BkvziP4HF5

[José María Murcia @NaturHumanRepro]

Reconstructive reproductive medicine (RRM) in fertility treatment may provide better maternal and neonatal outcomes than in vitro fertilization (IVF) techniques. 19th Annual International Conference for Restorative Reproductive Medicine (RRM)

[José María Murcia @NaturHumanRepro]

@CEOGjournal
The methodology of Restorative Reproductive Medicine (RMM) of the menstrual cycle allows the recovery of a natural biological approach, which has made possible the application of the restorative fertility window in the field of fertility.

[José María Murcia @NaturHumanRepro]

FIRST RRM GLOBAL SUMMIT: PUBLIC FORUMS
https://t.co/wGpOnavRBY

[José María Murcia @NaturHumanRepro]

For more information: https://t.co/BdYq12Kxs2

[José María Murcia @NaturHumanRepro]

✨✨✨New publication

#Fertile window and biophysical #biomarkers of #cervical secretion in #subfertile cycles: a look at biotechnology applied to #NaProTechnology
form Dr. José María Murcia Lora
@NaturHumanRepro

For more information: https://t.co/BdYq12Kxs2

[José María Murcia @NaturHumanRepro]

Fertile window and biophysical biomarkers of cervical secretion in subfertile cycles: a look at biotechnology
applied to NaProTechnology
It is a great honor for me to share this publication:
https://t.co/14ReR3RqI5
A special greeting of thanks,
José María Murcia Lora

[José María Murcia @NaturHumanRepro]

https://t.co/xXYmlZwBRF

[José María Murcia @NaturHumanRepro]

"Multidisciplinary Fertility Window Assessment for Ovulation..."

[José María Murcia @NaturHumanRepro]

My research is available on @ResearchGate: https://t.co/VmaViQY5Do