Results for flaps translation from English to Persian

full flaps!
.اطلاعات پرواز رو بده

deploy flaps .
بالها را گسترش بده .

the snake flaps high in the sky .
مار در بلندي آسمان پر ميزند .

were iced up , jarvis deploy flaps .
ما با يخ پوشيده شديم ، جرويس بالها را باز كن .

wings , flaps , air speed , altitude .
بال ، سرعت هوا ، ارتفاع .

flaps tight down , and watch me closely .
خوب به من نگاه كنيد .

this outer cover has folded flaps that hold it to the front and back book covers.
به روکشی که بر روی جلد اصلی کتاب‌ها پیچیده شده روکش جلد گفته می‌شود.

the green range is the normal range of operating speeds for the aircraft without flaps extended.
محدوده سبز محدوده نرمال سرعت عمل برای هواپیمابدون تغییرات ارتفاعی است.

the emu flaps its wings when it is running and it is believed that they stabilise the bird when it is moving.
امیو بزرگترین پرنده ای است که بومی استرالیا است و در استرالیا سه زیر گونه از امیو وجود دارد.

on the trailing edge there are ailerons with an area of 1.18 m², and flaps with an area of 1.87 m².
* مهمات : سلاح داخلی دو توپ nr-30 بود هر یک قادر به شلیک گلوله‌های ۳۰ میلیمتری با سرعت زبانه ۹۰۰ متر در ثانیه بود.

chalkley.12 they transplanted tumors of mammary gland carcinoma and sarcoma 37 into transparent skin flap chambers in mice to grow in the subcutaneous connective tissue. the tumors became vascularized by eliciting the sprouting of new capillaries from the vessels in the surrounding host tissue. this process is called angiogenesis.13 angiogenesis also occurred with implants of subcutaneous tissue and at the site of a wound. however, for tumors, it occurred 3 days after implantation, whereas it began 6 days after implantation of subcutaneous tissue or the infliction of a wound. the tumors only increased in size once they became pervaded by capillaries. the tumor vascularity increased, and angiogenesis continued to occur at the tumor edge to facilitate the increasing tumor size. the rvv, which was the relative proportion of the tumor area in the chamber covered by blood vessels, was measured daily using a method devised by chalkley.14 briefly, an eyepiece graticule is randomly placed several times, and the proportion of coincidences with vessels yields the rvv. the rvv increased and reached 50% only 7 days after implantation and maintained this level thereafter, which was twice the value in control chambers containing normal subcutaneous tissue. the tumor vasculature was a sinusoid-like plexus of vessels with large marginal draining vessels. there was no evidence that the new tumor vessels differentiated into venules or arterioles. they retained their capillary-like structure, having walls that contained only a single layer of endothelium, but their diameters were much larger than the capillaries in normal subcutaneous tissue. such observations revealed that the vasculature in tumors is chaotic compared to that in normal tissue (figure 1). the formation of the tumor vasculature was described in more detail by eddy and casarett.16 they studied the development of the vasculature in tumors of a malignant neurilemmoma of the syrian hamster as they grew in a transparent cheek pouch chamber. after tumor implantation, the veins and venules in the surrounding host tissue dilated and become tortuous. the arterial vessels were largely unaffected in comparison. the capillary sprouts of angiogenesis were seen to originate from the host venous vessels, although the magnitude of this activity may have obscured a similar activity in the host capillary bed. the capillary sprouts elongated and anastomosed with each other to establish a capillary-like network in the tumor. as soon as a tumor capillary anastomosed with the arterial end of a host capillary, the direction of blood flow changed so that the host arterial supply flowed through the tumor capillary network to the host venous system. anastomoses between the tumor capillaries and the host arterioles were seemingly random and occasionally resulted in inefficient blood distribution. for example, a single short capillary could conduct blood from a host arteriole directly to a wide capillary-like vessel, which drained to the tumor perimeter. as the tumor increased in size, the host venous vessels were remodeled and pushed away until finally being incorporated into the tumor. in contrast, the host arterial vessels remained in about the same location as the tumor grew around them. the tumor vessels maintained a capillary-like structure, including a number that progressively dilated and reached diameters as large as 200 µm in some cases (capillaries normally have diameters less than 12 µm). in the later stages of tumor growth, it was apparent that some vessels had become occluded. blood flow was restored if the chamber walls were separated by even a fraction of a millimeter. yamaura and sato17 further quantitated the development of the tumor vasculature morphology in tumors of rat ascites hepatoma growing in transparent chambers. at various days after tumor implantation, they measured the frequency distribution of vessel diameters and the rvv using chalkley’s method in the whole chamber. they also used these measurements to calculate the vascular length and surface area per unit volume of tissue. tumor angiogenesis began after 3 to 5 days. the sprouting of capillaries resulted in an increase in the proportion of vessels with diameters less than 10 µm
زمینه. متاستاز هماتوژن زمانی اتفاق می‌افتد که سلول‌های سرطانی آزاد شده از محل اولیه وارد رگ‌های خونی شده و به اندام‌های دور منتقل می‌شوند و در آنجا چسبیده و تکثیر می‌شوند. رگ زایی برای رشد و متاستاز تومور ضروری است و به تولید فاکتورهای رگ زایی توسط سلول های تومور بستگی دارد. مواد و روش ها. ما داده‌های 1184 مرد و زن بزرگسال ژاپنی مبتلا به سرطان معده را با توجه به ارتباط بین تهاجم عروقی و پتانسیل رگ‌زایی تومور و متا آنالیز کردیم.