• Timeline
  •  

    Menstrual Cycle: Introduction

    The average length of the menstrual cycle is 28 days. More

    menstrual
  •  

    Menstrual Cycle: Days 1-5

    Day 1 of menstruation is the first day of your cycle. More

  •  

    Menstrual Cycle: Days 1-13

    Days 1-13 of your menstrual cycle are the "follicular phase" More

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    Menstrual Cycle: Days 10-18

    Days 10-18 of your menstrual cycle are considered the "ovulatory phase". More

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    Menstrual Cycle: Days 15-28

    Days 15-28 of your menstrual cycle are considered the "luteal phase". More

  •  

    IUI: Introduction

    With intrauterine insemination (IUI), a doctor uses a soft catheter to place sperm directly into the uterus. More

    iui
  •  

    IUI: Day 1

    Fertility drug injections begin at the start of the your menstrual cycle. More

  •  

    IUI: Day 2

    Follicles begin to respond to the fertility drugs and grow. More

  •  

    IUI: Day 3

    Daily fertility drug injections cause your follicles to continue to grow. More

  •  

    IUI: Day 4

    Your follicles continue to grow. More

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    IUI: Day 5

    As the follicles respond to the fertility drugs, your doctor will monitor your progress with vaginal ultrasound. More

  •  

    IUI: Day 6

    Your body is producing more estrogen and your uterine lining begins to thicken. More

  •  

    IUI: Day 7

    Fertility drug injections continued and you are monitored for ovulation. More

  •  

    IUI: Day 8

    Daily fertility drug injections continue and follicles continue to grow. More

  •  

    IUI: Day 9

    Your follicles are still developing and you continue fertility drug injections. More

  •  

    IUI: Day 10

    You discontinue using injectable fertility drugs. More

  •  

    IUI: Day 11

    The hCG trigger shot is injected to help follicles mature and release the eggs. More

  •  

    IUI: Day 12

    Your follicles and eggs are almost mature. More

  •  

    IUI: Day 13

    Ovulation occurs. More

  •  

    IUI: Day 14

    Sperm is washed and you are inseminated when you are ovulating. More

  •  

    IUI: Day 15

    The embryo, now in the fallopian tube, will continue to divide. More

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    IUI: Day 16

    The embryo continues to grow. More

  •  

    IUI: Day 17

    The embryo travels from the fallopian tube to the uterus. More

  •  

    IUI: Day 18

    Hormone levels continue to increase. More

  •  

    IUI: Day 19

    The uterine lining is now 8-12 mm thick. More

  •  

    IUI: Day 20

    Your embryo is working to ultimately attach to the lining of your uterus. More

  •  

    IUI: Day 21

    Your embryo will attach to your uterine lining. More

  •  

    IUI: Day 22

    The embryo is starting to implant. More

  •  

    IUI: Day 23

    The embryo continues to implant. More

  •  

    IUI: Day 25

    Your body begins to produce hCG and progesterone production continues. More

  •  

    IUI: Day 26

    The embryo continues to grow, and progesterone support continues. More

  •  

    IUI: Day 27

    The embryo continues to grow. More

  •  

    IUI: Day 28

    A blood pregnancy test will determine if you are pregnant. More

  •  

    IVF: Introduction

    More

    ivf
  •  

    IVF: Day 1

    On Day 1 of your IVF cycle, you'll begin fertility drug injections. More

  •  

    IVF: Day 2

    On Day 2 of your IVF cycle, you'll continue fertility drug injections. More

  •  

    IVF: Day 3

    Your follicles continue to grow as they respond to the fertility drug injections. More

  •  

    IVF: Day 4

    Your follicles continue to grow as you continue daily fertility drug injections. More

  •  

    IVF: Day 5

    As you continue to use fertility drugs you will be monitored by your fertility doctor. More

  •  

    IVF: Day 6

    The lining of your uterus is beginning to thicken as you continue fertility drug injections. More

  •  

    IVF: Day 7

    Daily fertility drug injections continue, and your fertility doctor may start monitoring hormone levels. More

  •  

    IVF: Day 8

    You'll continue fertility drug injections and follicles will continue to grow. More

  •  

    IVF: Day 9

    You'll continue fertility drug injections and follicles will continue to grow. More

  •  

    IVF: Day 10

    You'll stop using fertility drugs at this point in your IVF cycle. More

  •  

    IVF: Day 11

    Once your body has responded to the fertility drugs, you'll receive an hCG injection (trigger shot) and egg retrieval will be scheduled. More

  •  

    IVF: Day 12

    Your eggs are almost mature, and are ready for egg retrieval. More

  •  

    IVF: Day 13

    At this stage of the IVF cycle, your eggs are retrieved and fertilized. More

  •  

    IVF: Day 14

    Your eggs are fertilizing in the lab. More

  •  

    IVF: Day 15

    Embryos will continue to develop, and if PGD has been scheduled the procedure will take place. More

  •  

    IVF: Day 16

    Usually on Day 16 of your IVF cycle your embryo transfer will take place. More

  •  

    IVF: Day 17

    The embryo is in your uterus, and cells continue to divide and increase. More

  •  

    IVF: Day 18

    The embryo continues to grow and hormone levels increase. More

  •  

    IVF: Day 19

    The lining of your uterus is now 8-12 mm thick. More

  •  

    IVF: Day 20

    Your embryo is working to attach to the lining of your uterus. More

  •  

    IVF: Day 21

    The embryo attaches to the uterine lining. More

  •  

    IVF: Day 22

    The embryo begins to implant in the uterine lining. More

  •  

    IVF: Day 23

    The embryo continues implanting in the uterine lining. More

  •  

    IVF: Day 24

    More

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    IVF: Day 25

    Your embryo continues to grow and progesterone continues to be produced. More

  •  

    IVF: Day 26

    Your implanted embryo continues to grow. More

  •  

    IVF: Day 27

    The implanted embryo continues cell division. More

  •  

    IVF Cycle: Day 28

    It's time to take a blood pregnancy test. More

Why Grilling (and PAHs) Could Harm Your Guy's Sperm

Why Grilling (and PAHs) Could Harm Your Guy's Sperm

a blog by Beth and Tami of Pulling Down the Moon, May 18, 2010

At our house we’ve even got a name for the team of carnivorous males that gather around the grill with cold beers and tongs while the meat cooks – the Torch Brothers. The bond between these brothers is not a tie of blood, but rather one of sizzling fat and grill tools. Apart from the “testosterone fumes” that drift in from the patio, I’ve always assumed these male bonding moments are harmless . . . . and someone besides me is doing the cooking. How could this be a bad thing?

Last week, headlines screamed about the extinction of the human male due to declining sperm quality. The issue is soon to be epidemic, sources say, due to environmental concerns, including the consumption of Polycyclic Aromatic Hydrocarbons (PAHs), chemicals considered to be “genotoxic” (highly damaging to our genetic material). Studies have shown that higher levels of PAHs in the urine are associated with poor sperm quality and cancer in men.

Most PAHs arise from man-made sources – auto exhaust, chemical sludge, industrial plants, wood-burning stoves, oil contamination of surface water and smoke (forest fire, waste incineration and cigarettes) – that make their way into food chain through bio-accumulation.

Soil and crops grown near motorways have higher concentrations of PAHs. And, because PAHs are fat-soluble they are stored in the fat tissue of plants and animals. Grazing animals like poultry and cattle are particularly susceptible to PAHs since they consume both vegetation and particulate matter from the soil. PAH-contaminated soil also washes into rivers and oceans, where filtering animals such as mussels and oysters, become contaminated.

Unfortunately there’s another common way to create PAHs – and that’s on the barbie. Meat, including fish and poultry, but especially red meat, contains amino acids, sugars and a protein called creatinine that combine to form PAHs when they are heated to a very high temperature. Grilling is one of the few cooking techniques that create the kind of heat necessary for the formation of PAHs.

These are grim facts indeed, but perhaps the risk is overstated. A world without men (and a summer without burgers) is a bleak world indeed.

Is it possible to enjoy a cookout without endangering the health of our hubbies and future male children? As always, the key is moderation and intelligence (arguably not qualities found in high concentration in the Torch Brethren). So here is some important info to pass along to the boys out back:

Fertility-Friendly Grilling Tips

  • Use moderation. Grilling once a week (with good grill techniques) is fine but not every night.

  • Choose lean meats and trim excess fat from meat before it hits the grill.

  • Avoid “flame-ups.” When fat drips onto hot coals, PAHs are formed and the resulting vapor is re-absorbed by the meat like a toxic steam bath.

  • Discard charred meats. Where you see black and burnt, PAHs have been released and re-absorbed. I repeat, charred is a bad thing.

  • Serve fresh, raw vegetables on the side of your grilled meal. The antioxidants in fresh vegetables combat DNA damage from PAHs.

  • Top your burger with onions. At least one study in mice show that onions (especially red onions) contain a compound called quercetin that may protect sperm damage by PAHs. So add the onions…just don’t grill them.

  • Avoid grilling cured meats that contain nitrates and liquid smoke products.

  • Limit PAH consumption from other sources: Don’t smoke, wash the waxy surface of vegetables very thoroughly, if you burn wood in your fireplace make sure you’ve got good ventilation.

These simple measures can ensure sperm-friendly cookouts for your favorite men this summer. Go and enjoy!

Be present, be positive…be PAH-free!
Beth

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Beth,
Thanks for the great article -- I had actually never heard this before that grilling could hurt a guy's sperm.
I had heard about items that can impact sperm and conception, especially laptop use (and I guess hot tubs and things of that nature).

Are there questions about some birth control methods and how those methods can affect our long term fertility. I've heard a number of different times about people going off their birth control and learn that they aren't fertile. How frustrating!

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