Media is too big
VIEW IN TELEGRAM
Saved by @InstantMediaBot
π«π― Fiji water? or Fijians without clean water? #aapi #aapiheritagemonth
π«π― Fiji water? or Fijians without clean water? #aapi #aapiheritagemonth
Media is too big
VIEW IN TELEGRAM
Saved by @InstantMediaBot
Video by ms_carlam
Fresh #seafood x #byob vibe .. Gotta put yaβll on
@astoria.seafood has some of the freshest & best cooked in #nyc
You pay based on what your food weights & able to save some coin by bringing your own #drinks .. canβt beat that.
π - Street parking is available
πΈ - They accept cash or debit/credit cards
π¦ - Able to dine in or take to go
Follow me for more affordable #lifestyle finds π
Video by ms_carlam
Fresh #seafood x #byob vibe .. Gotta put yaβll on
@astoria.seafood has some of the freshest & best cooked in #nyc
You pay based on what your food weights & able to save some coin by bringing your own #drinks .. canβt beat that.
π - Street parking is available
πΈ - They accept cash or debit/credit cards
π¦ - Able to dine in or take to go
Follow me for more affordable #lifestyle finds π
This media is not supported in your browser
VIEW IN TELEGRAM
Saved by @InstantMediaBot
Fetal microchimerism is a fascinating biological phenomenon where cells from a fetus cross the placenta and integrate into the motherβs body, sometimes persisting for decades. These fetal cells, which can travel to various tissues, may play roles in immune system modulation and tissue repair, although their full impact is still being researched. Studies suggest they could contribute to maternal health by aiding in wound healing and even offering potential protective effects against certain diseases. However, in some cases, they may also be linked to autoimmune conditions, adding complexity to our understanding of mother-fetus cellular exchange. #babydaddy #relationships #datingtips #pregnancy #biology
Fetal microchimerism is a fascinating biological phenomenon where cells from a fetus cross the placenta and integrate into the motherβs body, sometimes persisting for decades. These fetal cells, which can travel to various tissues, may play roles in immune system modulation and tissue repair, although their full impact is still being researched. Studies suggest they could contribute to maternal health by aiding in wound healing and even offering potential protective effects against certain diseases. However, in some cases, they may also be linked to autoimmune conditions, adding complexity to our understanding of mother-fetus cellular exchange. #babydaddy #relationships #datingtips #pregnancy #biology