Name_____________________________________
... Occurs in the upper portion of the ________________________ (fallopian tube) If the egg is not ________________________________ within 24-48 hours after ovulation, it will die and be shed from the body during ______________________________________________. ________________________________ begins in ...
... Occurs in the upper portion of the ________________________ (fallopian tube) If the egg is not ________________________________ within 24-48 hours after ovulation, it will die and be shed from the body during ______________________________________________. ________________________________ begins in ...
Reproductive System, Day 4 (Professor Powerpoint)
... ♦ Done to rule out birth defects – offered only if risk is high ...
... ♦ Done to rule out birth defects – offered only if risk is high ...
Summary Notes Week 1
... blood capillaries Tertiary – Foetal blood circulates Embryo becomes a fetus ...
... blood capillaries Tertiary – Foetal blood circulates Embryo becomes a fetus ...
High Risk OB - Dr. NurseAna's Nursing Reviews
... Erythroblastosis fetalis is a type of hemolytic anemia that occurs in newborns as a result of maternal fetal blood group incompatibility, especially involving the Rh factor and ABO blood groups RhoGam 300mcg IM given at 28 weeks of pregnancy and 72 hrs of delivery (Rh negative, abortion, ectopic pre ...
... Erythroblastosis fetalis is a type of hemolytic anemia that occurs in newborns as a result of maternal fetal blood group incompatibility, especially involving the Rh factor and ABO blood groups RhoGam 300mcg IM given at 28 weeks of pregnancy and 72 hrs of delivery (Rh negative, abortion, ectopic pre ...
Importance of Antenatal Care
... Braxton hicks contractions. more frequently felt after 28 weeks. They usually disappear with walking or exercise. ...
... Braxton hicks contractions. more frequently felt after 28 weeks. They usually disappear with walking or exercise. ...
Embryonic Development and Implantation
... • Sperm are released into the vagina and move through the cervix into the uterus. • From there sperm move through the fallopian tube to the egg. • Fertilization occurs about 1/3 of the way from the ovary to the uterus. ...
... • Sperm are released into the vagina and move through the cervix into the uterus. • From there sperm move through the fallopian tube to the egg. • Fertilization occurs about 1/3 of the way from the ovary to the uterus. ...
Unit 25.3: From Fertilization to Old Age
... undifferentiated cells that have the potential to turn into any type of cell. This potential is what makes these cells very good candidates for medical treatments, such as treating individuals with heart disease. Lesson Summary • Fertilization is the union of a sperm and egg, resulting in the format ...
... undifferentiated cells that have the potential to turn into any type of cell. This potential is what makes these cells very good candidates for medical treatments, such as treating individuals with heart disease. Lesson Summary • Fertilization is the union of a sperm and egg, resulting in the format ...
Embryology (Josh`s Notes)
... Fertilization occurs (usually) in the ampulla of the fallopian tube. Of note is that carb and protein binding molecules are involved in sperm chemotaxis and gamete recognition. Specifically, there are two protein membranes called Fertaline A & B that are involved in sperm-egg interactions. The zygot ...
... Fertilization occurs (usually) in the ampulla of the fallopian tube. Of note is that carb and protein binding molecules are involved in sperm chemotaxis and gamete recognition. Specifically, there are two protein membranes called Fertaline A & B that are involved in sperm-egg interactions. The zygot ...
Chapter 22: Development and Aging
... menopause is a similar failure by ovaries to take up the folliclestimulating hormone. The thymus gradually gets smaller with age. ...
... menopause is a similar failure by ovaries to take up the folliclestimulating hormone. The thymus gradually gets smaller with age. ...
Embryology Complete
... coat to prevent the entry of other sperm Blastomeres: dividing zygote that is formed by progressively smaller cells Cleavage: the series of mitotic divisions without growth periods Provides a large number of cells to eventually become the forming body Morula: the (16) 32 cells stage Blastula: a holl ...
... coat to prevent the entry of other sperm Blastomeres: dividing zygote that is formed by progressively smaller cells Cleavage: the series of mitotic divisions without growth periods Provides a large number of cells to eventually become the forming body Morula: the (16) 32 cells stage Blastula: a holl ...
Human Reproduction pt.2
... Depending on when a pregnant woman took thalidomide, her child could have ‘seal-like’ arms or legs. The effect on legs would have come from a slightly later exposure to the drug. ...
... Depending on when a pregnant woman took thalidomide, her child could have ‘seal-like’ arms or legs. The effect on legs would have come from a slightly later exposure to the drug. ...
Prenatal Diagnosis Objectives The goal of prenatal diagnosis is not
... – risk of club foot reported when done < 13 weeks • Later in pregnancy (eg. third trimester), amniotic fluid can be taken to assess fetal lung maturity prior to a premature delivery ...
... – risk of club foot reported when done < 13 weeks • Later in pregnancy (eg. third trimester), amniotic fluid can be taken to assess fetal lung maturity prior to a premature delivery ...
PrenDxNOTES02
... – risk of club foot reported when done < 13 weeks • Later in pregnancy (eg. third trimester), amniotic fluid can be taken to assess fetal lung maturity prior to a premature delivery ...
... – risk of club foot reported when done < 13 weeks • Later in pregnancy (eg. third trimester), amniotic fluid can be taken to assess fetal lung maturity prior to a premature delivery ...
Pregnancy
... • OTC medications—physician should be consulted before use • Marijuana use—causes smaller, sicker babies; higher risk of stillbirths; crying and trembling in infants • Cocaine use—increases risk of premature birth, stillbirths, and malformations; lower birthweight; smaller head circumference; shorte ...
... • OTC medications—physician should be consulted before use • Marijuana use—causes smaller, sicker babies; higher risk of stillbirths; crying and trembling in infants • Cocaine use—increases risk of premature birth, stillbirths, and malformations; lower birthweight; smaller head circumference; shorte ...
Implantation
... • Very dominat, typical feature in head&neck dev; esp. lateral and ventral regions of the head and neck. ...
... • Very dominat, typical feature in head&neck dev; esp. lateral and ventral regions of the head and neck. ...
CHAPTER 27 Reproduction and Embryonic Development
... – Chemical signals turn on a set of genes whose expression makes the receiving cells differentiate into a specific tissue ...
... – Chemical signals turn on a set of genes whose expression makes the receiving cells differentiate into a specific tissue ...
development - World of Teaching
... has divided to form a 2-celled embryo – The embryo passes down the oviduct by cilia and peristalsis – The zona pellucida has dissolved by the 5th day, when the embryo enters the uterus – The embryo floats free for several days, nourished by fluids from glands in the ...
... has divided to form a 2-celled embryo – The embryo passes down the oviduct by cilia and peristalsis – The zona pellucida has dissolved by the 5th day, when the embryo enters the uterus – The embryo floats free for several days, nourished by fluids from glands in the ...
Second Week of Development
... Yolk sac: a thin, exocoelomic membrane that forms from the hypoblast, formerly called the blastocyst cavity In humans, is small, relatively empty, and progressively decreases in size Several important functions include supplying nutrients during the second and third weeks of development, provi ...
... Yolk sac: a thin, exocoelomic membrane that forms from the hypoblast, formerly called the blastocyst cavity In humans, is small, relatively empty, and progressively decreases in size Several important functions include supplying nutrients during the second and third weeks of development, provi ...
Chapter 4 Overview
... 8. Low birthweight (LBW) is defined as birthweight that is less than 51/2 pounds (2,500 grams). Babies who weigh less than 3 pounds, 5 ounces (1,500 grams) are classified as very low birthweight (VLBW); those who weigh less than 2 pounds, 3 ounces (1,000 grams) are classified as extremely low birthw ...
... 8. Low birthweight (LBW) is defined as birthweight that is less than 51/2 pounds (2,500 grams). Babies who weigh less than 3 pounds, 5 ounces (1,500 grams) are classified as very low birthweight (VLBW); those who weigh less than 2 pounds, 3 ounces (1,000 grams) are classified as extremely low birthw ...
Formation of the extra
... absorbing nutrients from its own tissues and from the uterine fluids, but it ultimately becomes entirely dependent on its mother for sustenance. • Therefore the embryo becomes attached to the endometrium by means of its membranes, through which nutrients and metabolites are transferred from mother t ...
... absorbing nutrients from its own tissues and from the uterine fluids, but it ultimately becomes entirely dependent on its mother for sustenance. • Therefore the embryo becomes attached to the endometrium by means of its membranes, through which nutrients and metabolites are transferred from mother t ...
Reproductive System Pt 2 Development
... and O2 and food and waste products diffuse. • Almost everything that the mother takes into her body passes through the placenta to the embryo. ...
... and O2 and food and waste products diffuse. • Almost everything that the mother takes into her body passes through the placenta to the embryo. ...
Overview of normal development of the fetus with associated clinical
... DEVELOPMENTAL EVENTS OF THE THIRD TRIMESTER ...
... DEVELOPMENTAL EVENTS OF THE THIRD TRIMESTER ...
Prenatal development
Prenatal or antenatal development is the process in which a human embryo or fetus (or foetus) gestates during pregnancy, from fertilization until birth. Often, the terms fetal development, foetal development, or embryology are used in a similar sense.After fertilization, the process of embryogenesis, (the early stages of prenatal development) begins. By the end of the tenth week of gestational age the embryo has acquired its basic form and the next period is that of fetal development where the organs become fully developed. This fetal period is described both topically (by organ) and chronologically (by time) with major occurrences being listed by gestational age.