Forearm in a sentence

(1) Cubitus is a bone in the forearm.

(2) The forearm bone is called the ulna.

(3) She had a bruise beside her forearm.

(4) The radial artery is in the forearm.

(5) The boy hit the ball with his forearm.

(6) The mechanic had a sore on his forearm.

(7) He used his forearm to block the punch.

(8) The burn scarred up her hand and forearm.

(9) The ulna plays a role in forearm rotation.

(10) The burn left a scar up under her forearm.

Forearm sentence

(11) The ulna provides stability to the forearm.

(12) The ulnar artery is located in the forearm.

(13) The cubitus bone is located in the forearm.

(14) The tight bracelet chafes around my forearm.

(15) The flexor muscle is located in the forearm.

(16) The ulnas are the long bones in the forearm.

(17) The carpus connects the forearm to the hand.

(18) The pronator teres is located in the forearm.

(19) The carpi muscles are located in the forearm.

(20) The knife left a scar up through his forearm.

Forearm make sentence

(21) Push with your forearm to move the heavy box.

(22) I injured my forearm while playing basketball.

(23) The forearm contains many muscles and tendons.

(24) The batwing-shaped tattoo adorned her forearm.

(25) He hennaed a geometric pattern on his forearm.

(26) The radius is a bone structure in the forearm.

(27) The flexor muscles are located in the forearm.

(28) The injection was given into her forearm vein.

(29) I admired the tattooed portrait on his forearm.

(30) She applied the bandage through to the forearm.

Sentence of forearm

(31) The antebrachium is the forearm bone in humans.

(32) The pronator muscle helps to rotate the forearm.

(33) The ulna is one of the two bones in the forearm.

(34) The biker had a tattoo of knucks on his forearm.

(35) The capitellum plays a role in forearm rotation.

(36) The wrist bone connects the hand to the forearm.

(37) The unsettling noise sent a shiver up my forearm.

(38) The supinator muscle helps to rotate the forearm.

(39) The wrist joint connects the forearm to the hand.

(40) I noticed the townie had a tattoo on his forearm.

Forearm meaningful sentence

(41) The mook had a tattoo of a dagger on his forearm.

(42) The wasp sting left a welt through to the forearm.

(43) The ulnae are the longer of the two forearm bones.

(44) He had a bold skull pierced on top of his forearm.

(45) The manus is connected to the forearm and fingers.

(46) You can pronate your forearm by turning it inward.

(47) The forearm is an important part of the upper limb.

(48) The ancone is part of the ulna bone in the forearm.

(49) The supinator muscle helps in rotating the forearm.

(50) Pronate your wrist to stretch your forearm muscles.

Forearm sentence examples

(51) The cubitus is one of the two bones in the forearm.

(52) He had a bloods gang symbol tattooed on his forearm.

(53) The antebrachial veins drain blood from the forearm.

(54) The X-ray showed a complete fracture in the forearm.

(55) The ulnae are essential for proper forearm rotation.

(56) The extensors in my forearm help me rotate my wrist.

(57) The new lotion is causing an itch behind my forearm.

(58) Your forearm muscles help you grip and twist things.

(59) The cubitus is a weight-bearing bone in the forearm.

(60) The buckler protected his forearm from enemy strikes.

Sentence with forearm

(61) The ulna is located on the inner side of the forearm.

(62) The palmaris longus muscle is located in the forearm.

(63) The brachioradialis muscle is located in the forearm.

(64) He had a tattoo of his favorite quote on his forearm.

(65) The vambrace is a piece of armor worn on the forearm.

(66) The creepy haunted maze sent a nerve down my forearm.

(67) She covered the burn with a bandage over her forearm.

(68) The carpal bones are connected to your forearm bones.

(69) The ulna and radius are the two bones in the forearm.

(70) Arch out your wrists to stretch your forearm muscles.

Use forearm in a sentence

(71) The elbow joint connects the upper arm to the forearm.

(72) The ulnar bone is one of the two bones in the forearm.

(73) The extensor is responsible for extending the forearm.

(74) The olecranon is part of the ulna bone in the forearm.

(75) The antebrachial artery supplies blood to the forearm.

(76) The brassart protected his forearm from enemy attacks.

(77) The ulnas are connected to the muscles of the forearm.

(78) The knight's brassart protected his forearm in battle.

(79) Your carpal bones are connected to your forearm bones.

(80) The pronator quadratus is a deep muscle in the forearm.

Sentence using forearm

(81) He flexed his forearm muscles to show off his strength.

(82) He had a scar on his forearm from a childhood accident.

(83) She had a tattoo of her favorite flower on her forearm.

(84) The ulnar vein is one of the main veins in the forearm.

(85) The ulna and radius are bone structures in the forearm.

(86) Tennis elbow can cause radiating pain down the forearm.

(87) The manacle through her forearm left marks on her skin.

(88) The ulnas are located on the inner side of the forearm.

(89) The ulnae provide stability and support to the forearm.

(90) The ulnar bone is longer than the radius in the forearm.

Forearm example sentence

(91) She had a scar on her forearm from a childhood accident.

(92) She had a tattoo sleeve that covered her entire forearm.

(93) The forearm is connected to the hand by the wrist joint.

(94) He had a tattoo of a dragon wrapping around his forearm.

(95) The doctor will inoculate through the patient's forearm.

(96) The manacle through her forearm restricted her movement.

(97) The ulnae are located on the medial side of the forearm.

(98) I pulled a muscle in my forearm while doing bicep curls.

(99) The ulnar artery supplies blood to the forearm and hand.

(100) The ulnas are located on the medial side of the forearm.

Sentence with word forearm

(101) The ancon is important for the extension of the forearm.

(102) The cubital vein drains blood from the forearm and hand.

(103) The cubitus joint connects the forearm to the upper arm.

(104) Arm-wrestling requires a strong grip and forearm muscles.

(105) The ulnar nerve runs along the inner side of the forearm.

(106) The humerus is connected to the ulna bone in the forearm.

(107) The forearm is responsible for many fine motor movements.

(108) The pommel up stance required a strong wrist and forearm.

(109) The brachialis muscle plays a role in forearm supination.

(110) The pronator muscles work together to rotate the forearm.

Sentence of forearm

(111) The pronator teres is a two-headed muscle in the forearm.

(112) The ulnae are the longer of the two bones in the forearm.

(113) The ulnas are essential for the stability of the forearm.

(114) The ancon is also involved in the flexion of the forearm.

(115) The cubitus bone is responsible for rotating the forearm.

(116) The supinator is located on the outer side of the forearm.

(117) The pronator teres is a superficial muscle in the forearm.

(118) The extensor muscle is located on the back of the forearm.

(119) The olecranon is involved in the extension of the forearm.

(120) She had a birthmark on her forearm that resembled a heart.

Forearm used in a sentence

(121) She had a bruise on her forearm from bumping into a table.

(122) Tennis elbow can cause pain and discomfort in the forearm.

(123) The brachium is connected to the ulna bone in the forearm.

(124) The medius muscle is located in the middle of the forearm.

(125) The ulnas are connected to the radius bone in the forearm.

(126) The ulnas are responsible for the rotation of the forearm.

(127) The supinator is a synergist muscle in forearm supination.

(128) The knight's buckler was strapped securely to his forearm.

(129) The antebrachial fascia covers the muscles of the forearm.

(130) The extensors in my forearm are sore from lifting weights.

Forearm sentence in English

(131) Pronating your forearm can help you lift weights properly.

(132) You can pronate your hand to stretch your forearm muscles.

(133) The brevis ligament connects the two bones of the forearm.

(134) The supinator is responsible for supination of the forearm.

(135) The wrist bone is located between the hand and the forearm.

(136) The humerus is responsible for the movement of the forearm.

(137) The fisherman caught a sole that was as big as his forearm.

(138) The surgeon made a small incision on the patient's forearm.

(139) She felt an itch down her forearm after touching the plant.

(140) He secured the capeline bandage tightly around his forearm.

(141) The extensor muscle in my elbow helps me extend my forearm.

(142) The ancone is responsible for the extension of the forearm.

(143) The ulnar vein is one of the two main veins in the forearm.

(144) The ulnar vein is located on the pinky side of the forearm.

(145) The cubitus is responsible for the movement of the forearm.

(146) The funny bone is located near the ulna bone in the forearm.

(147) The cubitus allows for flexion and extension of the forearm.

(148) The extensor is located on the back of the hand and forearm.

(149) The styloid process is part of the ulna bone in the forearm.

(150) Syndesmosis is a type of fibrous joint found in the forearm.

(151) The radial vein is located on the thumb side of the forearm.

(152) The ulnae contribute to the overall strength of the forearm.

(153) The supinator is located on the lateral side of the forearm.

(154) The flexor carpi radialis muscle is located in your forearm.

(155) The extensor muscles are located in the back of the forearm.

(156) Pronating your forearm can help you improve your golf swing.

(157) The biceps brachii is responsible for supinating the forearm.

(158) The archer's bracer protected his forearm from the bowstring.

(159) She wore a brace on her forearm to support her injured wrist.

(160) She wore a bandage on her forearm to protect a healing wound.

(161) The forearm is an important part of the body's kinetic chain.

(162) The triceps brachii is responsible for extending the forearm.

(163) The antebrachial fascia surrounds the muscles of the forearm.

(164) The interosseous nerve innervates the muscles of the forearm.

(165) The condyle of the radius allows for rotation of the forearm.

(166) The antebrachial veins drain blood from the forearm and hand.

(167) The humeral condyles articulate with the bones of the forearm.

(168) The olecranon process is part of the ulna bone in the forearm.

(169) The radial nerve travels along the radial bone in the forearm.

(170) The ulnar artery is located on the medial side of the forearm.

(171) She used an ace bandage to wrap her forearm after a minor cut.

(172) The intermuscular septum separates the muscles of the forearm.

(173) The radial vein is located on the lateral side of the forearm.

(174) The carpus is the joint that connects the hand to the forearm.

(175) The antebrachial artery supplies blood to the forearm muscles.

(176) The pronator teres is responsible for pronation of the forearm.

(177) The sweat test is usually performed on the forearm or the back.

(178) The artist used her forearm as a canvas for her latest artwork.

(179) The forearm is essential for gripping and manipulating objects.

(180) The word antebrachial refers to the forearm region of the body.

(181) The flexor muscle is connected to the ulna bone in the forearm.

(182) The handcuffs were replaced with a manacle through his forearm.

(183) He graved the words never give up on his forearm as a reminder.

(184) The antebrachial artery supplies blood to the forearm and hand.

(185) The volar aspect of the forearm is where the median nerve runs.

(186) The ulnae are connected to the muscles of the forearm and hand.

(187) The ancon is a bony projection on the ulna bone of the forearm.

(188) The cubitus bone is longer than the radius bone in the forearm.

(189) The radial nerve innervates the muscles of the forearm and hand.

(190) I like to limber out my forearms before doing any forearm curls.

(191) The lunate bone articulates with the radius bone in the forearm.

(192) He rolled up his shirt-sleeve to reveal a tattoo on his forearm.

(193) The coronoid process is located on the ulna bone in the forearm.

(194) The ulnae can be palpated along the inner aspect of the forearm.

(195) The epicondylar muscles play a crucial role in forearm movement.

(196) The palmaris tendon is located on the inner side of the forearm.

(197) The ulnar artery is one of the two main arteries in the forearm.

(198) The ulnar vein runs parallel to the ulnar artery in the forearm.

(199) Pronating your forearm can help you improve your baseball swing.

(200) The scaphoid bone is connected to the radius bone in the forearm.

(201) The brachioradialis helps to flex the forearm at the elbow joint.

(202) The carpals help to transmit forces from the hand to the forearm.

(203) He had a tattooed anchor on his forearm as a symbol of stability.

(204) The radial artery is one of the two main arteries in the forearm.

(205) The myoelectrical signals in my forearm indicated muscle fatigue.

(206) The extensor muscles in my forearm help me straighten my fingers.

(207) The supinator is one of the muscles involved in forearm rotation.

(208) The pronator teres is located on the lateral side of the forearm.

(209) He was put in a cast to treat the closed fracture in his forearm.

(210) The olecranon serves as a lever for the extension of the forearm.

(211) The styloid process is connected to the ulna bone in the forearm.

(212) The radial vein is one of the major blood vessels in the forearm.

(213) The carpals are small bones that connect the hand to the forearm.

(214) The cubital nerve innervates the muscles of the forearm and hand.

(215) The ulnar artery is one of the major blood vessels in the forearm.

(216) The ulnar artery can be injured in cases of trauma to the forearm.

(217) The supinator can be palpated along the outer edge of the forearm.

(218) The pronator muscles play a role in forearm stability and control.

(219) She had a welt over her forearm from accidentally burning herself.

(220) The inked symbol on his forearm represented his cultural heritage.

(221) The tattoo on his forearm was a symbol of strength and resilience.

(222) She felt a sharp pain in her forearm after lifting a heavy object.

(223) Powerlift can help improve your grip strength and forearm muscles.

(224) The interosseous septum separates the compartments of the forearm.

(225) The ulnar vein is responsible for draining blood from the forearm.

(226) He winced in pain as a cramp formed between his wrist and forearm.

(227) The tuberculin skin test is typically administered on the forearm.

(228) The condylar shape of the ulna allows for rotation of the forearm.

(229) The musculus in my forearm is getting stronger from rock climbing.

(230) The supinator is part of the deep layer of muscles in the forearm.

(231) The ulnar artery is accompanied by the ulnar nerve in the forearm.

(232) The basilic vein runs along the inner side of the arm and forearm.

(233) The tennis player got a bruise against his forearm during a match.

(234) The old fisherman's forearm bulged with sinew as he cast his line.

(235) The cubital joint allows for flexion and extension of the forearm.

(236) The humeral supinator muscle is responsible for forearm supination.

(237) He wore a compression sleeve on his forearm to improve circulation.

(238) She rolled up the longsleeved shirt to show off her forearm tattoo.

(239) The gardener had a graze on her forearm from pruning thorny bushes.

(240) The labral tear in my wrist is causing shooting pain up my forearm.

(241) Being inked on his forearm was a constant reminder of his strength.

(242) The radial vein is accompanied by the radial artery in the forearm.

(243) The brachio-radialis muscle is responsible for flexing the forearm.

(244) The perradial nerve innervates the muscles of the forearm and hand.

(245) The interosseous artery supplies blood to the bones of the forearm.

(246) The ulnar nerve can cause pain and weakness in the forearm and hand.

(247) The athlete had a strong forearm that helped him excel in his sport.

(248) The trochlea is a critical component in the movement of the forearm.

(249) The antebrachial bones provide support and stability to the forearm.

(250) The mechanic had a graze on his forearm from working on a rusty car.

(251) The semilunar notch allows for flexion and extension of the forearm.

(252) The ulnae are essential for proper forearm pronation and supination.

(253) The pronator teres is responsible for rotating the forearm medially.

(254) The radial artery becomes the ulnar artery as it enters the forearm.

(255) He threw a hook punch, but his opponent blocked it with his forearm.

(256) Intradermal injections are usually given in the forearm or upper arm.

(257) He had a dermal implant placed in his forearm as a body modification.

(258) The assassin's hidden blade was concealed in a sheath on his forearm.

(259) The carpals articulate with the radius and ulna bones of the forearm.

(260) The intracutaneous injection was given in the forearm of the patient.

(261) He hennaed a compass on his forearm to symbolize his love for travel.

(262) The weightlifter had to take a break due to a cramp past his forearm.

(263) The ginglymus joint in the radius allows for rotation of the forearm.

(264) The proprioceptor in my elbow helped me control my forearm movements.

(265) The supinator is one of the key muscles involved in forearm rotation.

(266) The interradial ligaments connect the bones of the forearm in humans.

(267) Inverting into a forearm stand requires a strong upper body and core.

(268) The pronator quadratus is another muscle involved in forearm rotation.

(269) The olecranon process acts as a lever during extension of the forearm.

(270) The brachioradialis is a key muscle for forearm stability and control.

(271) Fibrous joints are found in the interosseous membranes of the forearm.

(272) The volleyball rebounded up off the player's forearm and over the net.

(273) The antebrachial nerves innervate the muscles and skin of the forearm.

(274) The boxer used his forearm to deflect right punches from his opponent.

(275) The radial vein is located parallel to the radius bone in the forearm.

(276) The venae comitantes of the ulnar artery drain blood from the forearm.

(277) The massage therapist massaged the client's elbow towards the forearm.

(278) The pronator teres is one of the muscles involved in forearm rotation.

(279) The antebrachial nerve innervates the muscles and skin of the forearm.

(280) The archer wore an armguard to protect his forearm from the bowstring.

(281) The carpal bones are connected to the radius and ulna in your forearm.

(282) The trigger point in my forearm is making it difficult to grip objects.

(283) The supinator can be trained to improve forearm strength and stability.

(284) Fibrous joints are found in the distal radioulnar joint of the forearm.

(285) The armguard protected my forearm from getting bruised during the game.

(286) The paper-cut on my forearm made it uncomfortable to wear long sleeves.

(287) The martial artist used his forearm to deflect up the opponent's punch.

(288) The triquetrum bone helps transmit forces from the hand to the forearm.

(289) The venae comitantes of the radial artery drain blood from the forearm.

(290) The carpus is located between the radius and ulna bones of the forearm.

(291) The subcutaneous test is usually performed on the forearm or upper arm.

(292) The pennate muscles in his forearm allowed him to grip the bar tightly.

(293) He wrapped the leash over against his forearm, providing extra support.

(294) The intermuscular space in the forearm houses several important nerves.

(295) The tuberosities on the ulna help in the attachment of forearm muscles.

(296) The diaphysis of the ulna is located on the medial side of the forearm.

(297) The perradial artery is responsible for supplying blood to the forearm.

(298) The ulna bone is located posteriorly to the radius bone in the forearm.

(299) The anterolateral aspect of the forearm is where the radial nerve runs.

(300) The medieval knight wore a bracer to protect his forearm during battle.

(301) The ulnar artery is deeper in the forearm compared to the radial artery.

(302) The diaphysis of the radius and ulna allows for rotation of the forearm.

(303) The wrist bone is connected to the radius and ulna bones of the forearm.

(304) The cubitus is involved in both pronation and supination of the forearm.

(305) The ulnae can be used as a reference point for measuring forearm length.

(306) The compressive force of the hand grip strengthened the forearm muscles.

(307) He clenched his fist to try and relieve the muscle spasm in his forearm.

(308) The supinator is responsible for the rotational movement of the forearm.

(309) The ulnar artery can be injured during a deep laceration to the forearm.

(310) The perradial vein runs parallel to the perradial artery in the forearm.

(311) The brachioradialis muscle is responsible for supination of the forearm.

(312) Intradermal injections are typically given in the forearm or upper back.

(313) The scar through his forearm was a reminder of his time in the military.

(314) The ulnar artery supplies oxygenated blood to the muscles of the forearm.

(315) Injury to the supinator can cause limited range of motion in the forearm.

(316) The antebrachial tendons connect the muscles to the bones in the forearm.

(317) The carpal bone is connected to the radius and ulna bones of the forearm.

(318) The interosseous ligament provides stability to the bones of the forearm.

(319) Grip with your palms when using a barbell to engage your forearm muscles.

(320) The arm bone is responsible for the rotation and movement of the forearm.

(321) She used her forearm to play a punch shot and send the ball over the net.

(322) The pivot joint in the ulna and radius bones allows for forearm rotation.

(323) The ancone provides attachment points for various muscles in the forearm.

(324) The antebrachial muscles are responsible for the movement of the forearm.

(325) The antebrachium is the forearm bone located between the elbow and wrist.

(326) The pronator quadratus assists in pronation and supination of the forearm.

(327) The pronator teres can be palpated along the medial aspect of the forearm.

(328) The olecranon process is involved in the movement of the forearm and hand.

(329) The aponeuroses in the forearm allow for precise movements of the fingers.

(330) The epicondyle can be a site of muscle attachment for the forearm muscles.

(331) The antebrachial artery can be palpated to check the pulse in the forearm.

(332) The ulnar vein is larger and more prominent than some other forearm veins.

(333) The tennis player had a sore down his forearm from hitting powerful shots.

(334) The metacarpals are connected to the radius and ulna bones of the forearm.

(335) The diaphyses of the radius and ulna are responsible for forearm rotation.

(336) The rounded condyles of the ulna allow for smooth movement of the forearm.

(337) The diaphysis of the radius is located on the lateral side of the forearm.

(338) The supinator is essential for proper functioning of the forearm and hand.

(339) The lunate bone articulates with the radius and ulna bones of the forearm.

(340) The coronoid process is a bony projection on the ulna bone of the forearm.

(341) The radius and ulna bones in the forearm are connected by a fibrous joint.

(342) The brachioradialis muscle is one of the strongest muscles in the forearm.

(343) The palmaris muscle is part of the superficial flexor group in the forearm.

(344) The brachioradialis can be stretched to improve flexibility in the forearm.

(345) The ball-and-socket joint in the radius allows for rotation of the forearm.

(346) The weightlifter had to drop the barbell because of a cramp on his forearm.

(347) The endplates of the radius and ulna allow for the rotation of the forearm.

(348) The pronator muscles are essential for tasks that require forearm rotation.

(349) Don't forget to lift onto your forearms during your forearm plank exercise.

(350) Cubital varus is a deformity of the elbow where the forearm deviates inward.

(351) The pivot joint allows for the movement of the forearm in a twisting motion.

(352) The brachioradialis can be palpated along the lateral aspect of the forearm.

(353) The epicondyles can be used to determine the alignment of the forearm bones.

(354) The carpale bones are connected to the radius and ulna bones of the forearm.

(355) She unbuttoned the cuff and pulled it out to reveal a tattoo on her forearm.

(356) Radial nerve entrapment can cause pain and numbness in the forearm and hand.

(357) The antebrachium is responsible for pronation and supination of the forearm.

(358) The anterolateral branch of the radial nerve innervates the forearm muscles.

(359) The pronator muscles are important for maintaining proper forearm alignment.

(360) The palmaris longus muscle is one of the superficial muscles of the forearm.

(361) The styloid process is crucial for proper alignment of the hand and forearm.

(362) The supinator is crucial for performing tasks that require forearm rotation.

(363) The carpal bone is located between the radius and ulna bones in the forearm.

(364) The interosseous membrane connects the radius and ulna bones in the forearm.

(365) The bracer protected my forearm from the sword, but I still felt the impact.

(366) The styloid process is an attachment site for several muscles in the forearm.

(367) The electromyogram showed increased muscle activity in the patient's forearm.

(368) The basilic vein is responsible for draining blood from the hand and forearm.

(369) The antebrachial fascia helps to compartmentalize the muscles in the forearm.

(370) The aponeurosis of the forearm can be palpated during a physical examination.

(371) The weightlifter used handgrip exercises to strengthen their forearm muscles.

(372) The rough surface of the table abrades behind my forearm as I rest it on top.

(373) The radial nerve can be affected by compression or entrapment in the forearm.

(374) The tennis player had to retire from the match due to a cramp on her forearm.

(375) The ulnae are crucial for forearm stability during weight-bearing activities.

(376) The trigger point in my forearm was causing numbness and tingling in my hand.

(377) The aponeurotic sheath acts as a protective covering for the forearm muscles.

(378) The condyle of the radius allows for supination and pronation of the forearm.

(379) Cubital valgus is a deformity of the elbow where the forearm deviates outward.

(380) Pull-ups are a great exercise for improving grip strength and forearm muscles.

(381) The cephalic vein is responsible for draining blood from the forearm and hand.

(382) The pronator muscles are crucial for activities that involve forearm rotation.

(383) The elbow is a prime example of a pivot joint, enabling the forearm to rotate.

(384) The sports team is using hammers to strengthen their grip and forearm muscles.

(385) The supinator is often targeted in physical therapy for forearm rehabilitation.

(386) The scaphoid is important for transmitting forces from the hand to the forearm.

(387) The pivot joint is responsible for the pronation and supination of the forearm.

(388) The brachioradialis is part of the superficial layer of muscles in the forearm.

(389) The antebrachial muscles are responsible for flexing and extending the forearm.

(390) The brachial artery is responsible for supplying blood to the forearm and hand.

(391) The carpus is responsible for transmitting forces from the forearm to the hand.

(392) The carpus is crucial for maintaining proper alignment of the hand and forearm.

(393) The skateboarder fell and injured his wrist, which went numb up to his forearm.

(394) Supination is a movement that is controlled by muscles in the forearm and hand.

(395) The juncture where the two bones in the forearm meet is called the elbow joint.

(396) The carpale bones are located between the radius and ulna bones in the forearm.

(397) The brachioradialis muscle is one of the most important muscles in the forearm.

(398) She adjusted the length of her armguard to ensure it covered her entire forearm.

(399) The monaxial joint in the elbow allows for flexion and extension of the forearm.

(400) The lunate bone is crucial for transmitting forces from the hand to the forearm.

(401) The hot oil splatter from cooking caused my forearm to blister up from the heat.

(402) The pivot joint in the elbow allows for supination and pronation of the forearm.

(403) The musculospiral nerve supplies sensation to the lateral aspect of the forearm.

(404) The technician had to arterialise the patient's forearm to check for blood flow.

(405) The coronoid process is an important attachment site for muscles in the forearm.

(406) The penniform muscles in his forearm were bulging as he lifted the heavy weight.

(407) The pronator quadratus can be strengthened to enhance forearm rotation abilities.

(408) The os hamatum is important for transmitting forces from the hand to the forearm.

(409) The ginglymus joint in the elbow allows for flexion and extension of the forearm.

(410) The supinator is often targeted in rehabilitation exercises for forearm injuries.

(411) The doctor recommended a cast to immobilize the complete fracture in his forearm.

(412) The supination of the forearm is necessary for activities like writing or typing.

(413) The elbow is a hinged joint that allows for flexion and extension of the forearm.

(414) The cubital vein is a superficial vein that runs along the forearm and upper arm.

(415) The ulnar artery is accompanied by the ulnar nerve as it travels down the forearm.

(416) The scaphoid bone is crucial for transmitting forces from the hand to the forearm.

(417) The wrist joint is responsible for coordinating movements of the hand and forearm.

(418) The brachioradialis is often assessed during physical examinations of the forearm.

(419) The carpal bone is essential for transferring forces from the forearm to the hand.

(420) The hamate bone is important for transmitting forces from the forearm to the hand.

(421) Supination is the movement of the forearm and hand in which the palm faces upward.

(422) The epicondylar muscles are responsible for the movement of the forearm and wrist.

(423) The wrist bone is responsible for transmitting forces from the hand to the forearm.

(424) The pronator muscles are commonly used in activities that involve forearm rotation.

(425) The trapezoid bone is crucial for transmitting forces from the hand to the forearm.

(426) The antebrachial nerves transmit sensory information from the forearm to the brain.

(427) The antebrachial fascia provides a protective layer for the muscles in the forearm.

(428) The ball-and-socket joint in the ulna allows for movement of the forearm and wrist.

(429) The capitellum is responsible for transmitting forces from the forearm to the hand.

(430) The ginglymus joint in the ulna allows for pronation and supination of the forearm.

(431) The annular ligament is responsible for stabilizing the radius bone in the forearm.

(432) The brachioradialis is one of the muscles responsible for supination of the forearm.

(433) The triquetral bone is crucial for transmitting forces from the hand to the forearm.

(434) The triquetral bone is crucial for transmitting forces from the forearm to the hand.

(435) The aponeuroses in the forearm help to transmit forces from the muscles to the hand.

(436) The athlete stretched his palm up until he felt a satisfying stretch in his forearm.

(437) The carpal bone is responsible for transmitting forces from the hand to the forearm.

(438) The unciform bone is important for transmitting forces from the hand to the forearm.

(439) The scaphoid bone is important for transmitting forces from the hand to the forearm.

(440) The pronator muscles are essential for tasks that require precise forearm movements.

(441) The olecranon process is part of the ulna bone, one of the two bones in the forearm.

(442) The doctor diagnosed me with RSI after I complained of pain in my wrist and forearm.

(443) The ulnar vein is named after the ulna bone in the forearm, which it runs alongside.

(444) The cubital vein is a superficial vein that runs along the inner side of the forearm.

(445) Carpal tunnel can cause shooting pain that radiates from the wrist up to the forearm.

(446) The aponeuroses in the forearm allow for coordinated movements of the hand and wrist.

(447) The aponeurosis of the forearm allows for coordinated movement of the hand and wrist.

(448) The os scaphoideum is important for transmitting forces from the hand to the forearm.

(449) The myoelectrical activity in my forearm muscles increased during gripping exercises.

(450) The pronator quadratus is responsible for pronating the hand during forearm rotation.

(451) The ulnar vein is responsible for draining blood from the medial side of the forearm.

(452) The fusiform muscle is one of the muscles that make up the deep layer of the forearm.

(453) The flexor muscle can be targeted with specific exercises to improve forearm strength.

(454) The patient opted for a Z-plasty to improve the appearance of a scar on their forearm.

(455) Supination is a movement that involves the rotation of the radius bone in the forearm.

(456) The weightlifter had to drop the barbell due to a sudden charley horse in his forearm.

(457) The weightlifter had to drop the weights due to a severe charley horse in his forearm.

(458) The interosseous membrane may ossify after long-term instability of the forearm bones.

(459) The aponeuroses of the biceps brachii muscle attach to the deep fascia of the forearm.

(460) The brachioradialis muscle is often targeted in physical therapy for forearm injuries.

(461) The brachioradialis muscle is part of the flexor-pronator muscle group in the forearm.

(462) The supinator is essential for activities that involve twisting or turning the forearm.

(463) The digital arteries are connected to the larger arteries of the forearm and lower leg.

(464) The brachioradialis is often targeted in rehabilitation exercises for forearm injuries.

(465) The carpale bones are located between the forearm and the metacarpal bones of the hand.

(466) The carpale bones are responsible for transmitting forces from the hand to the forearm.

(467) The radial artery is responsible for supplying oxygenated blood to the forearm muscles.

(468) He tightly wrapped the gauze bandage around his forearm to support the strained muscle.

(469) The olecranon process serves as an attachment point for several muscles in the forearm.

(470) The pivot joint is crucial for the movement of the radius and ulna bones in the forearm.

(471) The palmaris tendon can be used as a guide for locating other structures in the forearm.

(472) He wrapped his forearm with an oblique bandage to protect the wound from further damage.

(473) The hinged joint in the forearm allows for rotation and movement of the radius and ulna.

(474) The intermuscular septum in the forearm separates the flexor and extensor muscle groups.

(475) The olecranon is a point of attachment for several muscles involved in forearm movement.

(476) The ulnar vein can become inflamed or blocked, causing pain and swelling in the forearm.

(477) The aponeurosis of the biceps brachii muscle blends with the deep fascia of the forearm.

(478) The ulnar artery can be easily damaged during certain surgical procedures in the forearm.

(479) The archer decided to armour up over his arm guard to protect his forearm while shooting.

(480) Damage to the brachial artery can result in decreased blood flow to the forearm and hand.

(481) The ulnae can be used as a landmark for identifying anatomical structures in the forearm.

(482) The aponeurotic attachment allows for coordinated movement of the muscles in the forearm.

(483) The pisiform bone is involved in the transmission of forces from the hand to the forearm.

(484) The brachioradialis is involved in movements such as flexion and pronation of the forearm.

(485) The brachioradialis is more active during pronation of the forearm compared to supination.

(486) The pivot joint in the ulna and radius bones allows for twisting movements of the forearm.

(487) The retinaculum in my forearm was inflamed from overuse, leading to numbness and tingling.

(488) The radial vein is responsible for carrying oxygenated blood from the forearm to the heart.

(489) The radial vein is often used as a landmark for identifying other structures in the forearm.

(490) He tattooed the words on his forearm as a permanent reminder to Give it a shot in the heart.

(491) He had to wear a cast for several weeks to allow the closed fracture in his forearm to heal.

(492) The radial vein is one of the two main veins in the forearm, the other being the ulnar vein.

(493) When lifting weights, it's important to grip with your fists to engage your forearm muscles.

(494) The brachioradialis is commonly used in activities that require repetitive forearm movements.

(495) The aponeurotic attachment of the biceps muscle allows for efficient movement of the forearm.

(496) Damage to the musculospiral nerve can result in weakness or paralysis of the forearm muscles.

(497) The brachio-radialis muscle is located in the forearm and is responsible for wrist extension.

(498) When using a computer mouse, keep your elbow out to prevent strain on your wrist and forearm.

(499) The gymnast worked on contracting and relaxing their forearm muscles for better grip strength.

(500) Supination is a natural movement that allows for proper alignment of the bones in the forearm.

(501) The radial vein is an important landmark for medical professionals when assessing the forearm.

(502) Plank variations, such as side plank and forearm plank, can target different areas of the core.

(503) The medial epicondyle of the humerus serves as the attachment site for several forearm muscles.

(504) He wanted a tattoo that represented his love for music, so he got a guitar inked on his forearm.

(505) The pronator quadratus is one of the muscles that make up the deep layer of the anterior forearm.

(506) Overuse of the forearm muscles can increase the risk of developing lateral humeral epicondylitis.

(507) The cubital artery is a branch of the brachial artery and supplies blood to the forearm and hand.

(508) After a long day of gardening, take the time to limber down with some wrist and forearm stretches.

(509) Repeatedly gripping a racket or club can overtax your hand and forearm with discomfort and injury.

(510) The cubital lymph nodes are located in the elbow region and drain lymph from the forearm and hand.

(511) The aponeurotic sheath surrounding the muscles of the forearm helps in maintaining their alignment.

(512) The retinaculum in the elbow helps to stabilize the tendons that control forearm and hand movement.

(513) The supination of the forearm is necessary for activities like opening a jar or turning a doorknob.

(514) The cubit was approximately the length of a forearm from the elbow to the tip of the middle finger.

(515) The pronator teres is one of the muscles that make up the superficial layer of the anterior forearm.

(516) The palmaris longus muscle is often used as a landmark for locating other structures in the forearm.

(517) The aponeurotic fascia of the forearm provides a strong attachment site for the muscles of the hand.

(518) The scaphoid bone is important for transferring forces from the hand to the forearm during gripping.

(519) The brachioradialis muscle is responsible for flexing the forearm, but it also assists in pronation.

(520) The olecranon process is an important anatomical feature that allows for the movement of the forearm.

(521) The aponeurotic sheath surrounding the flexor muscles of the forearm provides protection and support.

(522) The orthopedic surgeon expertly fitted the splint onto the shattered bone among the patient's forearm.

(523) The supination of the forearm is essential for activities like using a screwdriver or holding a hammer.

(524) Although the brachioradialis muscle is often overlooked, it plays an important role in forearm flexion.

(525) The palmaris longus muscle is often used as a reference point for locating other muscles in the forearm.

(526) The retinaculum in my forearm was tight and causing nerve compression, requiring massage and stretching.

(527) The brachioradialis muscle is located in the forearm, and it is one of the strongest muscles in the arm.

(528) The aponeurotic fascia of the upper arm provides a strong attachment site for the muscles of the forearm.

(529) The olecranon process is connected to the triceps muscle, which is responsible for extending the forearm.

(530) The styloid process is an important structure for the transmission of forces from the forearm to the hand.

(531) The physical therapist suggested that the patient pronate his wrist to stretch the muscles in his forearm.

(532) The interosseous membrane may ossify under the surrounding forearm tissue due to certain medical conditions.

(533) The golden section can be found in the proportions of the human body, such as the length of the forearm compared to the hand.

(534) The cubital joint is formed by the humerus, ulna, and radius, and it is responsible for the movements of the forearm and hand.

(535) Although carpals are small bones, they play a crucial role in the movement of the wrist, and they connect the hand to the forearm.

(536) Despite its importance, many people neglect to train their brachioradialis muscle, leading to imbalances and weakness in the forearm.

(537) Since the brachioradialis muscle is located on the lateral side of the forearm, it can be difficult to target with traditional exercises.

(538) Although the brachioradialis muscle is often overshadowed by larger muscles, it is still an essential component of forearm and grip strength.

(539) Although the brachioradialis muscle is primarily responsible for forearm flexion, it also assists in pronation and supination of the forearm.

(540) Although the brachioradialis muscle is often overlooked, it plays an important role in forearm flexion, and it also helps to stabilize the elbow joint.

(541) I have been doing exercises to strengthen my forearm muscles, as recommended by my physical therapist, to help prevent future episodes of epicondylitis.

(542) The ancon is a bony projection on the posterior surface of the ulna, and it serves as an attachment point for several muscles that control the forearm's movement.

(543) If you experience pain or discomfort in your forearm, it could be due to an injury or strain of the brachioradialis muscle, which may require rest and rehabilitation exercises.

(544) The brachioradialis muscle is located on the lateral side of the forearm, and it originates from the lateral supracondylar ridge of the humerus and the lateral intermuscular septum.

(545) When you perform reverse curls, the brachioradialis muscle is activated along with the brachialis and the pronator teres, which can help to improve your overall forearm strength and size.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Forearm. They do not represent the opinions of TranslateEN.com.