Skip to content
OpenSampling

2017 · Fertility and sterility · paywalled

Antimüllerian hormone levels are lower in BRCA2 mutation carriers

Johnson et al.

The finding, in our words

BRCA2 mutation carriers had AMH levels around one third lower than low-risk control women, indicating reduced ovarian reserve in this group and supporting the use of self-collected dried blood spots for fertility hormone assessment in decentralised settings.

A paraphrase to the Library’s standard, never the abstract. The source is one link away and is always the authority.

Labels

  1. 2026

    In a study of 46 perinatal nicotine users, dried blood spots and saliva were used weekly to measure reproductive hormones, finding that lower postpartum estradiol and greater peripartum declines in oxytocin were associated with increased nicotine craving and use. This demonstrates the feasibility of decentralised microsampling and remote surveys for longitudinal hormone tracking in vulnerable populations.

    Exploring hormonal influences on nicotine craving and use across the perinatal period: A prospective longitudinal studyAllen et al., Drug and alcohol dependence reports (paywalled) · source ↗

    • dct
    • blood
    • dbs
    • cortisol
    • self-collection
    • dried
    • fertility
    • hormones
    • saliva
  2. 2026

    Home DBS sampling gave testosterone results that agreed well with venous blood in men on intramuscular testosterone undecanoate, but showed falsely high values in those using topical gel, likely from skin contamination. Patients preferred home collection for its convenience, suggesting DBS is viable for decentralised monitoring of injectable testosterone if patients are taught proper technique.

    From venipuncture to self-sampling dried blood spots: a shift in monitoring testosterone levelsOlthof et al., Clinical chemistry and laboratory medicine (paywalled) · source ↗

    • blood
    • dried
    • capillary
    • dbs
    • self-collection
    • validation
    • venous-agreement
    • acceptability
    • fertility
    • hormones
    • tdm
  3. 2024

    This study found that dried blood spot samples stored at room temperature for four years correlated highly with serum measurements for testosterone and androstenedione, indicating that hematocrit adjustment may be unnecessary for serial monitoring in home-based self-sampling.

    Dried blood spot sampling of testosterone microdosing in healthy femalesDesai et al., The Journal of steroid biochemistry and molecular biology (paywalled) · source ↗

    • blood
    • dried
    • capillary
    • dbs
    • self-collection
    • validation
    • venous-agreement
    • fertility
    • hormones
    • haematocrit
  4. 2023

    A remote protocol combining daily surveys with weekly self-collected dried blood spots achieved a 92% study completion rate and high acceptability among reproductive-age women smokers, with 87% of participants collecting most samples and the same proportion extremely willing to repeat the study. This feasibility demonstrates that decentralised microsampling can support longitudinal research on hormonal contraceptive effects and smoking behaviour.

    Feasibility of remotely assessing hormonal contraceptive use and smoking-related symptomatology: Evidence from a preliminary prospective cohort studyMedvescek & Allen, Drug and alcohol dependence reports (paywalled) · source ↗

    • blood
    • dried
    • dbs
    • self-collection
    • acceptability
    • fertility
    • hormones
    • dct
  5. 2023

    Female adolescent and young adult cancer survivors frequently misestimated their infertility risk, with minimal agreement between perceived risk and objective assessment using self-collected dried blood spots for ovarian reserve testing. The study suggests ongoing counselling could align perceptions with actual risk and inform family planning.

    Perceived and Objective Fertility Risk Among Female Survivors of Adolescent and Young Adult CancerDin et al., JAMA network open · source ↗

    • blood
    • dried
    • dbs
    • self-collection
    • fertility
    • hormones