內(nèi)窺鏡是1853年法國醫(yī)生德索米奧創(chuàng)制的。內(nèi)窺鏡是一種常用的醫(yī)療器械。由頭端、彎曲部、插入部、操作部、導光部組成。使用時先將內(nèi)窺鏡導光部接到配套的冷光源上，然后將插入部導入預檢查的器官，控制操作部可直接窺視有關部位的病變。

The first endoscope in the world was created by French doctor Desomio in 1853. Endoscope is a commonly used medical device. Composed of head end, bending part, insertion part, operation part, and light guide part. When using, first connect the endoscope's light guide to the matching cold light source, and then guide the insertion part into the pre examination organ to control the operation department to directly observe the lesions in the relevant areas.

最早的內(nèi)窺鏡被應用于直腸檢查。醫(yī)生在病人的肛門內(nèi)插入一根硬管，借助于蠟燭的光亮，觀察直腸的病變。這種方法所能獲得的診斷資料有限，病人不但很痛苦，而且由于器械很硬，造成穿孔的危險很大。盡管有這些缺點，內(nèi)窺鏡檢查一直在繼續(xù)應用與發(fā)展，并逐漸設計出很多不同用途與不同類型的器械。

The earliest endoscopes were used for rectal examination. The doctor inserted a hard tube into the patient's anus and observed the lesion in the rectum with the light of a candle. The diagnostic data obtained by this method is limited, and patients not only suffer greatly, but also have a high risk of perforation due to the hard instruments. Despite these drawbacks, endoscopic examination has continued to be applied and developed, gradually designing many different types of instruments for different purposes.

1855年，西班牙人卡赫薩發(fā)明了喉鏡。德國人海曼·馮·海莫茲于1861年發(fā)明了眼底鏡。

In 1855, the Spaniard Cahesa invented the laryngoscope. German Heiman von Helmholtz invented the ophthalmoscope in 1861.

1878年，愛迪生發(fā)明了燈泡，特別是出現(xiàn)微型燈泡后，使內(nèi)窺鏡有了很大發(fā)展，臨時安排的手術內(nèi)窺也可達到非常精確的程度。

In 1878, Edison invented the light bulb, especially with the emergence of miniature light bulbs, which greatly developed endoscopes. Temporary surgical endoscopes can also achieve a very precise level.

1878年德國泌尿科專家姆·尼茲創(chuàng)造了膀胱鏡，用它可以檢查膀胱內(nèi)的某些病變。

In 1878, German urologist M Niz created cystoscopy, which can examine certain lesions in the bladder.

1897年，德國人哥·基利安設想支氣管鏡。

In 1897, a German named G ? rgen envisioned bronchoscopy.

1862年，德國人斯莫爾創(chuàng)造了食道鏡。

In 1862, German Smoll created the esophagoscope.

1903年，美國人凱利創(chuàng)制了直腸鏡，但是到1930年后才開始普遍使用。

In 1903, American Kelly created the concept of colonoscopy, but it was not until 1930 that it became widely used.

1913年，瑞典人雅各布斯改革了胸膜鏡檢查法。

In 1913, Swedish scholar Jacobs reformed the pleural examination method.

1922年，美國人欣德勒創(chuàng)立了胃鏡檢查法。

In 1922, American Schindler founded the gastroscopy method.

1928年，德國人卡爾克創(chuàng)立了腹鏡檢查法。

In 1928, German Carl K established the abdominal endoscopy method.

1936年，美國人斯卡夫進行了腦室鏡檢試驗，直到1962年，才由德國人古奧和弗累斯梯爾創(chuàng)立了腦室鏡檢法。從此形成一整套鏡檢法系列。

In 1936, an American named Scarf conducted a ventriculoscopic examination, and it was not until 1962 that the method of ventriculoscopic examination was established by German authors G ü o and F ü rster. From then on, a complete series of mirror inspection methods was formed.

1963年，日本開始生產(chǎn)纖維內(nèi)窺鏡，

In 1963, Japan began producing fiber endoscopes,

1964年研制成功纖維內(nèi)窺鏡的活檢裝置，這種取活檢的特別活檢鉗能夠有合適的病理取材而且危險小。

In 1964, a biopsy device using a fiber endoscope was successfully developed. This special biopsy forceps for biopsy can provide suitable pathological samples with minimal risk.

1965年，纖維結(jié)腸鏡制成，擴大了對于下消化道疾病的檢查范圍。

In 1965, fiber colonoscopy was made, expanding the scope of examination for lower gastrointestinal diseases.

1967年開始研究放大纖維內(nèi)窺鏡以觀察微細病變。光纖內(nèi)窺鏡還可以用來做體內(nèi)化驗，如測量體內(nèi)溫度、壓力、移位、光譜吸收以及其他數(shù)據(jù)。

In 1967, research began on magnifying fiber endoscopes to observe microscopic lesions. Fiber optic endoscopes can also be used for in vivo laboratory tests, such as measuring internal temperature, pressure, displacement, spectral absorption, and other data.

1973年，激光技術應用于內(nèi)窺鏡的治療上，并逐漸成為經(jīng)內(nèi)窺鏡治療有消化道出血的手段之一。

In 1973, laser technology was applied to the treatment of gastrointestinal bleeding through endoscopy and gradually became one of the methods for treating gastrointestinal bleeding through endoscopy.

1981年，內(nèi)窺鏡超聲波技術研制成功，這種把先進的超聲波技術與內(nèi)窺鏡結(jié)合在一起的新發(fā)展，大大增加了對病變診斷的準確性。

In 1981, endoscopic ultrasound technology was successfully developed, which combined advanced ultrasound technology with endoscopy and greatly increased the accuracy of lesion diagnosis.