The Microbiome in the Perinatal Period

Events during the perinatal period can have a profound impact on the development of the microbiome in the neonate. Learn more about how the microbiome develops in this sensitive period and the potential lifelong implications for health and wellness.

$110.00 USD
Total CE Hours: 6.00   Access Time: 4 Weeks  
Lectures in this bundle (6):
Durations: 53 mins
Perinatal exposures, breastfeeding and the gut microbiome: Implications for lifelong health

Dr. Meghan Azad is an Assistant Professor of Pediatrics and Child Health at the University of Manitoba. She holds a PhD in Biochemistry and Medical Genetics, and completed postdoctoral training in Epidemiology and Pediatrics. Her research program is focused on the role of maternal and infant nutrition in the development and prevention of childhood obesity and allergic disease. Dr. Azad co-leads the Manitoba site of the Canadian Healthy Infant Longitudinal Development (CHILD) Study (www.canadianchildstudy.ca), a national pregnancy cohort following 3500 children to understand how early life experiences shape lifelong health. She also co-leads the Population Health Pillar for DEVOTION (the Manitoba Developmental Origins of Chronic Disease Network – www.devotionnetwork.com). Dr. Azad serves on the Executive Council for the International Society for Research in Human Milk and Lactation, and the Breastfeeding Committee of Canada.

Objective 1: Understand the Developmental Origins of Health and Disease (DOHaD) concept
Objective 2: Appreciate the role of the microbiome in human health, and its origins in early life
Objective 3: Identify perinatal exposures that that influence microbiome development
Objective 4: Identify key bioactive components of human milk and their influence on the infant gut microbiome

Abstract:

Cesarean delivery, perinatal antibiotics, and formula feeding are associated with increased risks of asthma and obesity later in childhood. These effects appear to be partially mediated by disruption of the gut microbiome – a complex microbial community that is established at birth and develops rapidly during infancy, influencing host immunity and metabolism throughout the lifespan. Breast milk drives “normal” gut microbiome development by providing a natural source of probiotic microbes and prebiotic oligosaccharides. These associations and mechanisms are being studied in The Canadian Healthy Infant Longitudinal Development (CHILD) pregnancy cohort of 3500 infants followed from pre-birth through early childhood. Ongoing research in the CHILD cohort and recent evidence from other studies will be discussed.

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Durations: 64 mins
Anne Estes, PhD, MS
“Thanks, Mom: Influences on Baby’s Microbiome Composition During the Precious Perinatal Period”
United States Anne Estes, PhD, MS

Anne M. Estes, MS, PhD is an Assistant Professor at the Department of Biological Sciences in Towson University. Her research focuses on how microbes and their animal hosts work together throughout host development. With the birth of her first daughter and the sequenced genome of Bifidobacterium longum subsp. infantis in 2008, Anne became interested in the human microbiome and evidence-based parenting. She founded her blog Mostly Microbes to provide a reputable voice on human microbiome research. Anne enjoys creating and finding interactive approaches to make science interesting and understandable to people of all ages and backgrounds. Anne is also a contributing blogger to the Lamaze International blog, Science and Sensibility, and MicroBE.net, an academic blog about the microbiome of built environments.

Objective 1: Understand why there is a limited time for microbiome “seeding” to occur in perinatal period
Objective 2: Understand how mom’s microbiome composition changes during the perinatal period
Objective 3: Understand how birth practices, diet, lifestyle habits, medical practices, and environment influence microbiome transmission to and establishment of the infant

United States Anne Estes, PhD, MS
Abstract:

The perinatal period, the weeks prior to and after birth, are a critical time for establishing an infant’s bacterial microbiome. Which bacteria and the order that these microbes colonize the infant’s body sites influences long-term microbiome community composition and perhaps human health. There are three key factors for microbiome colonization: 1) what microbes does mom have, 2) what practices at birth allow microbes to transfer to her infant, and 3) which microbes will be maintained. How pregnancy, diet, lifestyle habits, medical practices, and environment influence these factors of microbiome colonization is discussed.

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Durations: 59 mins
Noel Mueller, PhD, MPH
Determinants of The Infant Microbiome and Childhood Obesity: Mom Matters
United States Noel Mueller, PhD, MPH

I am interested in the prevention of obesity, type 2 diabetes, and cardiovascular disease from the perspectives of life course, nutritional and microbiome epidemiology. I believe that primordial prevention of lifestyle and environmental risk factors, particularly in high-risk and nutritionally transitioning populations, provides the greatest opportunity to curb the epidemics of metabolic and cardiovascular diseases. As such, my research aims to identify early-life, modifiable antecedents of cardiometabolic disease in diverse populations locally and globally. Most recently my research has focused on understanding the determinants of gut microbiota and how they can be leveraged to prevent metabolic diseases. My research effort is partitioned among the Department of Epidemiology at Johns Hopkins School of Public Health; the Welch Center for Prevention, Epidemiology and Clinical Research; and the Johns Hopkins Food, Body and Mind Institute.

Objective 1: Describe how and why the maternal microbiome shifts during pregnancy.
Objective 2: Appreciate the importance of the maternal microbiome for development of the infant microbiome.
Objective 3: Demonstrate how interruptions to the maternal-offspring transmission of microbiota may alter offspring metabolism.

United States Noel Mueller, PhD, MPH
Abstract:

Humans acquire a rich microbial ecosystem from their mothers during natural labor. Deterministic of this microbial acquisition are myriad factors, including maternal health, use of antibiotics, and diet/lifestyle during pregnancy, and, perhaps most strongly, delivery mode. In addition to shaping newborn microbial acquisition, these perinatal factors, in particular delivery mode, are associated with the future risk for the offspring in developing modern metabolic diseases such as obesity. As such, seeding the newborn with the “right” microbes at birth holds the potential for primordial disease prevention and health promotion throughout the life course. This talk will motivate the importance of mother-to-newborn transmission of microbiota for prevention of metabolic diseases, highlight recent original research, and put forward a research agenda in this arena.

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Durations: 61 mins

Dr. Gregory began her career as a registered nurse more than 20 years ago and has dedicated her clinical and research work to improving health outcomes for preterm infants and their families. Her research is focused on gut health and disease, nutrition and the microbiome of preterm infants. She currently serves as the senior nurse scientist for Pediatric Newborn Medicine and Nursing at Brigham & Women’s Hospital, as well as the director of Newborn Care Improvement and Analytics. Those roles involve conducting research and developing new knowledge for practice, as well as finding ways to apply this knowledge to the development of improved clinical interventions for hospitalized infants. Dr. Gregory is an Assistant Professor of Pediatrics at Harvard Medical School and Editor of the Journal of Perinatal and Neonatal Nursing.

Objective 1: Describe the relevant clinical factors pertinent to establishment of the intestinal microbiome during infancy.
Objective 2: Understand the role that nutrition plays in influencing the microbiome during infancy and early childhood.
Objective 3: Explain the differences between the microbiome of preterm and term-born infants.

Abstract:

The human microbiome has emerged as a critical factor in human health. Many of the differences in the microbiome are attributed to early life events, making study of the microbiome during infancy and childhood a public health priority. In this presentation, a current state of the science on the factors influencing the establishment of the microbiome during infancy and early childhood will be presented, with a specific focus on infants who are born preterm.

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Durations: 58 mins
Mary Regan, PhD, RN
Birth, Eating and the Microbiota
United States Mary Regan, PhD, RN

Mary Regan has a strong clinical background in perinatal nursing, with specific training and expertise in bio informatics. She trained as a certified nurse midwife in the United Kingdom and spent over 19 years working as a perinatal nurse specialist where she gained considerable expertise in pregnancy related health issues. She has been the PI on many State-funded grants and has received NIH funding for a grant focused on women’s decision making about birth (R21 HD059074-01A1) and the vaginal microbiota in preterm birth (R01NR014826-02). The findings from the R21 have been presented internationally and multiple publications have disseminated the findings. The R01 is in its final year and to date over 200 women have been recruited from the birthing population in Baltimore and followed for six month through pregnancy and to the post part period. Dr. Regan works as an Associate Professor in the School of Nursing at the University of Maryland. She serves on the board of Improving Birth.

Objective 1: Explain the meaning of the specific terms used to describe and measure the microbiota
Objective 2: Articulate the role that the microbiota plays in shaping human physiology in general as it relates to pregnancy and birth
Objective 3: Describe the relationship between diet and the GI microbiota and its importance to health outcomes

United States Mary Regan, PhD, RN
Abstract:

Emerging research about the role of the gastro intestinal microbiota (GI) and host physiology provides mechanistic understanding that elucidates the relationship between diet and preterm birth (PTB). This presentation evaluates the current evidence about those relationships ( diet, the vaginal and GI microbiota and PTB). The studies that taken together suggest that diet modulates changes in the composition, stability and diversity of the vaginal and GI microbiota, resulting in microbial states that increase the likelihood of PTB. Understanding the critical role that diet, the vaginal and GI microbiota plays in PTB is essential for developing clinical interventions that leverage the capacity of the microbiota to optimize health outcomes.

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Durations: 67 mins
The Perinatal Microbiome as a Target for Health Risk Reduction

Rodney Dietert is Professor of Immunotoxicology at Cornell University, Ithaca, NY, USA and author of the 2016 book: The Human Superorganism: How the Microbiome Is Revolutionizing the Pursuit of a Healthy Life from Dutton Penguin Random House. Rodney is in his 40th year Cornell University faculty. He received his Ph.D. in immunogenetics from the University of Texas at Austin in 1977. Rodney has more than 300 publications, including 200 papers and book chapters, with most concerning environmental risk factors, developmental immunotoxicity, and programming of later-life, non-communicable diseases.

Recently, he has focused on the importance of the microbiome in health and safety. Among his prior authored and edited books are: Strategies for Protecting Your Child's Immune System (World Scientific Publishing, 2010), Immunotoxicity Testing (Springer, 2010), Immunotoxicity, Immune Dysfunction, and Chronic Disease (Springer, 2012) and Science Sifting: Tools for Innovation in Science and Technology (World Scientific, 2013). Rodney previously directed Cornell's Graduate Program in Immunology, the Program on Breast Cancer and Environmental Risk Factors and the Institute for Comparative and Environmental Toxicology and served as a Senior Fellow in the Cornell Center for the Environment. Outside Cornell, he was President of the Immunotoxicology Specialty Section (SOT) and Editor of Springer’s toxicology book series, Molecular and Integrative Toxicology. Recently, Rodney appeared in the 2014 award-winning documentary film on the microbiome titled, Microbirth. In 2015, he received the James G Wilson Award from The Teratology Society for the Best Paper of Year (2014) with a peer-reviewed publication on the microbiome.

Objective 1: Attendees will apply a new thinking about human superorganism biology to practical health issues surrounding birth and infancy such as maternal, neonatal, and infant nutrition, lifestyle choices, chemical, drug and microbial safety, disease prevention and wellness, and precision-personalized medicine.
Objective 2: Attendees will learn about the ways in which risk for infectious and non-communicable diseases are inter-related during infancy.
Objective 3: Attendees will learn about the co-maturation of the infant microbiome in concert with the baby’s immune and other physiological systems.
Objective 4: Attendees will learn how breast milk functions to both seed and feed the baby’s microbiome.

Abstract:

Humans are now recognized as being majority microbial based both on numbers of cells and numbers of genes. We are estimated to be approximately 57% microbial in cells and more than 99% genetically microbial. Taken a as whole, the bacteria, archaea, protozoa, viruses, and fungi that live on and in our body are called our microbiome. Most of the baby’s microbiome is seeded at or near birth and during early infant feeding making the perinatal period a critical time for human self-completion. Because of their location on and in our body and their capacity for metabolism, cell signaling and epigenetic regulation of the body’s physiological systems, our microbial co-partners can exert a major effect on human development, physiological function (e.g., neurological, immune, endocrine, respiratory, gastrointestinal) and risk of both noncommunicable and infectious diseases. The lecture will detail why management of the perinatal microbiome is critical for health risk reduction.

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Accreditation

CMEs - Continuing Medical Education credits for Physicians & Nurses:
This activity has been planned and implemented in accordance with the Essential Areas and policies of the Accreditation Council for Continuing Medical Education through the joint sponsorship of PESI Inc. and the GOLD Conference Services. PESI, Inc. is accredited by the ACCME to provide continuing medical education for physicians.

Nursing CEUs - Nursing Contact Hours:
This continuing nursing education has applied for credits with: ANA-Massachusetts, an accredited approver by the American Nurses Credentialling Center's (ANCC) Commission on Accreditation.

Midwifery CEUs - MEAC Contact Hours
This program is accredited through the Midwifery Education & Accreditation Council (MEAC) for 6 Contact Hours or 0.6 CEUs. Please note that 0.1 MEAC Midwifery CEU is equivalent to 1.0 NARM CEUs

ACNM CEUs
This program has been approved by the American College of Nurse Midwives for 6 hours of education. This credit is applicable to Nurse-Midwives, Certified Midwives, Registered Nurses. May be accepted by other certifying bodies.

CERPs - Continuing Education Recognition Points
GOLD Conferences has been designated as a Long Term Provider of CERPs by the IBLCE--Approval #CLT114-07
6 CERPs (5 R- CERPs, 1 L-CERP)

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